HomeMy WebLinkAboutMiscellaneous Plans 2005-4-1
c.ny C8/y
CITY OF SPRINGFIELD
Development Services Department
Building Safety Division
Revisions to . .
.?
. Residential Plan Review
JOB ADDRESS
4556-4558 Aster Street
CITY JOB#: COM2004-00983
OWNER:
RW Homes
PHONE:
513-2228
CONTRACTOR: Owner
PHONE:
Items listed below (if any) and those marked in red directly on the approved permit
documents are incorporated into this project in addition to any requirements appearing on
the construction plans and the City standard document entitled "Single Family and Duplex
Construction Most Commonly Missed Items". A corresponding number is marked on your
plans for any items listed below where applicable.
All references are to the 2003 Oregon State One and Two Family Dwelling Specialty Code,
(2000 International Residential Code as amended by the State of Oregon unless noted
otherwise). A copy of this code may be obtained from the Building Tech Bookstore, Inc.,
8020 S.W. Cirrus Dr. Beaverton, Oregon 97408-5986
Your signature on the Building Permit is an agreement that all items will be installed or
corrected, and that all work on this project will comply with applicable codes.
ISSUANCE OR GRANTING OF A PERMIT OR APPROVAL OF PLANS,
SPECIFICATIONS AND OTHER DATA SHALL NOT BE CONSTRUED TO BE A
PERMIT FOR, OR APPROVAL OF, ANY VIOLA nON OF ANY OF THE BUILDING
SAFETY CODES OR OF ANY OTHER ORDINANCE OF THE CITY OF
SPRINGFIELD.
PLANS REVIEWED .BY:
~ fY/#>fUL
Review completed on
PHONE: 72IP . ! h2-J
4,/; /IJS"
The following Plan review comments are intended to complement or
amend the previous plan review comments that accompanied the
bUIlding permit for the above prqject. Where a contradiction exists
between any of these items and any items on the original plan revIew
comments- the comment(s) resulting from this successive plan review
shall prevail.
.8ILcommeots are on tbuubmi!te(Lre'lision documeots.
J
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~ KEATING ENGINEERING LLC
188 WEST B STREET SUITE 'p'
SPRINGFIELD - OREGON - 97477
PHONE 541-726-9995 FAX 541. -726.9996 I
emall: keatinQenQ@msn.com
PROJECT II RW HOMES
ADDRESS ASTER STREET - SPRINGFIELD
SCOPE REVISION TO FLOOR FRAMING
I
050001
. """""'"
DES'GNER i I KEATING
DATE
I PROJECT NO
REVISED
3/2912005
O~. 0..
STRUCTURAL CALCULATIONS
I PROJECT DESCRIPTION
REVISION TO FLOOR FRAMING SYSTEM RESULTING FROM AL TERA TION OF FLOOR PLAN
CONTRACTOR HAS ELIMINATED REAR PORCH AND FLOOR FRAMINGlFOUNDATlON SUPPOR SYSTEM REQUIRES REVISION
~'":
. IDESIGN LOADS
BUILDING CONSTRUCTION TYPE
....\~~t.~B~... aUILDlNG OCCUpANCy CLASS(ES)
, .. :....,.'\, "':'. GRAVITY LOADS
. ..'.... ":"~":'...fLOOR LIVE LOAD (PSF)
. ..' ":,:~: FLOOR DEAD LOAD (PSF)
: "'0' :" ".ROoF LIVE LOAD (PSF)
_'. .....,- _" n..
. ROOF.OEAD LOAD (PSF)
. WALL DEAD LOAD'(PSFl
.:.PARTmON DEAD LOAD lPSFl
1 NOTES
SEE REVISED ROOR PLAN DRAWINGS
INFORMATION NOT NOTED ON REVISED DRAWINGS INCLUDED IN CALC SET IS TO BE SAME AS ON ORIGINAL PLANS
INTENT OF. THIS SET IS TO PROVIDE NEW FRAMING FOR THE FLOOR SYSTEM TO ACCOUNT FOR BEAM SPAN THAT BECAME
. TOO LONG FOR AVAILABLE BEARING AND TOO DEEP FOR CEILING SYSTEM.
. LATERAl FORCE ANALYSIS NOT REVISED AS THIS DESIGN ACTS TO INCREAS THE LENGTHS OF SHEAR WALLS AND UNIT FOF
WOULD BE LOWER THAN ORIGINALLY DESIGNED BY KEATING ENGINEERING
IVN
IR-3
I SEISMIC ZONE
WIND VELOCITYIEXPOSURE CLASS
13
180MPH/B'
-..
LATERAl LOADS IDENTIFIED IN CALC SET
140
110
125
115
I:
SOIL ACTIVIE PRESSURE (PSF)
SOIL PASSIVE PRESSURE (PSF)
ALLOWABLE SOIL BEARING (PSF)
IN/A
IN/A
INIA
.;.,.
:~. .
.,.
I TABLE OF CONTENTS
ICAlCS FOR JOISTS AND BEAMS
I FLOOR PLAN REVISION
I FOUNDAITON PLAN REVISION
I FRAMING PLAN REVISION
I PAGE
2T04
5
6
7
SEAL
Il/IW/Jlff!!!llf/PJ IffOjll/
fCfOj/P}1f fCfOJMIPIlJ/JJNfClf
.
~~l~,"",,~
TJ.B~6.16 Serial NUlTIber':'7()().4122833
u~ 2 3I29J2OOS 10:2":581>M
Pagel EngineVen;ioo: 1.16.5
REVISED FLOOR JOISTS FOR ALTERED ALIGNMENT
05000id
117/8" TJI@210 @ 12" olc
THIS PRODUCT MEETS OR EXCEEDS THE SET DESIGN
CONTROLS FOR THE APPLICATION AND LOADS LISTED
~\"'fI,q...i I
1'1"1" t.lj".fJ / J~
. V'W~
I
11
~g]
.=00
PI utlllct Di,l!.U .1111 is Conct"ptll.1J.
LOADS:
Analysis itfor a Joist Member.
.. : Primary LDOd Group - Residential- Living Areas (psI): 40.0 Live at 100 % duration, 12.0 Dead, 5.0 Partition
SUPPORTS:
..
Input Bearing Vertical Reactions (Ibe) Detail
'Width Length Live/DeadlUplifllTotal
1 Stud wall 3':50" '2.25" 400 /170 / 0 / 570 A3: Rim Board
2 Stud wall, .3,.50" 2.25" 400/170/0/570 A3: Rim Board
-SeE. T J SPECIFIER'S i BUILDERS GUIDE fDr detail(s): A3; Rim Board
OESIGN.CONTROLS: .' '
Other
1 Ply 11/4"x 117/8" 0.8E TJ-Strand Rim Board@
1 Ply 1 1/4" x 11 7/8" 0.8E T J-Strand Rim BDard@
Shear (Ibs):'.
Vertical Reaction (Ibs)
Moment (Ft-lbs)
Uve Load Defl (in)
TDtal Load Defl (in)
TJPro
Maximum
'558
558
2732
Design"
-553
558
2732
0,425
0.605
34
ConlrDI
1655
1110
3620
0,490
0.979
30
Control
Passed (33%)
Passed (50%)
Passed (75%)
Passed (U554)
Passed (U388)
Passed
location
Rl end Span 1 under Floor loading
Bearing 2 under Floor IDading
MID Span 1 under FIDDr IDading
MID Span 1 under Floor loading
MID Span 1 under Floor IDading
Span 1
-Deflection Criteria: STANDARO(LL:U480,TL:LI240),
-Deflection analysis is based on composite action with single layer of 19/32" Panels (20" Span Rating) GLUED & NAILED wood decking.
-Bracing(Lu); All compression edges (top and bottom) must be braced at 3' 8" oIc unless detailed otherwise. Proper attachment and positioning of
lateral bracing is required to achieve member stability.
TJ-Pro RATING SYSTEM
-The TJ-Pro Rating System value prDvides additiDnal floor perfonnance infonnatiDn and is based Dn a GLUED & NAILED 19/32" Panels (20" Span
Rating) decking, The controlling span is supported by walls. Additional considerations for this rating include: Ceiling - None. A structural analysis of
the deck has not been perfonned by the program. ComparisDn Value: 1.69
ADDITIONAL NOTES:
-IMPORTANT! The analysis presented is output frDm software develDped by Trus Joist (T J). T J warrants the sizing of its products by this software will
be accomplished in accordance with T J product design criteria and code accepted design values, The specific product applicatiDn, input design IDads,
and stated dimensions have been provtded by the software user. This output has not been reviewed by a T J Associate.
-Not all products are readily available. Check with your supplier or T J technical repreSentative fDr product availabHity.
-THIS ANALYSIS FOR TRUS JOIST PRODUCTS ONL YI PRODUCT SUBSTITUTION VOIDS THIS ANALYSIS.
-Allowable Stress Design methodology was used for Building Code UBC analyzing the T J OistributiDn product listed above.
PROJECT INFORMATION:
ASTER STREET - RW HOMES
CITY BP COM 2004-00983
OPERATOR INFORMATION:
Stephen Keating
Keating Engineering
186 West B Street. Building P
Springfield,O'"9.on 97477
PhDne; (541) 726-9995
Fax: (541) 726-9996
keatingeng@msn
~CoPyri9ht Q 2004-by Trus Joist. a weyerhaeu'~r Busin~,s
lJJQp and TJ-Beal!41 are reqi,tered tradmoarks of TrUll Joist.
e-J Joi,t.., Pro" and TJ-pro" are trademark' of Trus Joist.
,
050'00.:>
Kealing Engineering LLC
188 West B Street - Building P - Springfield - OR - 97477 - (543) 726-9995
RW HOMES - ASTER STREET HEADER AT SIDE
HEADER AT 6 FT SGD Prepared by: JF , ' Dpte: 3/29/05 BeamChek 2,2
Choice I (3) 2x 8 DF-L #2 . BASE Fb = 875 ADJ Fb = 1050
Conditions '91 NDS
Min Bearing Area R1= 3.4 in' R2= 3.4 in' DL Defl 0.03 in
Data Beam Span 6.5 It Reaction 1 2106# Reaction 1 LL 1463#
Beam Wt per ft 7.93 # Reaction 2 2106# Reaction 2 LL 1463#
Beam Wei9ht 52 # Maximum V 2106#
Max Moment 3422 '# Max V (Reduced) 1714#
TL Max Defl L/240 TL Actual Defl L/686 -00'.,
LL Max Defl L/360 LL Actual Defl L/ 988
Attributes Section (in') Shear (in'> TL Defl (in) LL Defl
. Actual 39.42 32.63 0.11 0,08
Critical 39.11 27,07 0.32 0.22
Status OK OK OK OK
Ratio 99% 83% 35% 36%
Fb (psi) Fv(psQ E (psi x mil) Fcl. (psi)
Values Base Values 875 95 1.6 625
Base Adjusted 1050 95 1,6 625 '-
. Adiustments CF Size Factor 1,200
Cd Duration 1.00 1.00
Cr Repetitive
Ch Shear Stress
Cm Wet Use
BeamChek has automatically added the beam self-weight into the calculations.
Loads Uniform TL: 550 =A Uniform LL: 400
Par Unif LL Par Unit TL Start End
50 ' H= 90 0 6.5
H
Uniform LDad A
I
I
I
.6-
R2 = 2106
I
.6-
R1 = 2106
SPAN.= 6.5 FT
Uniform and partial uniform loads are Ibs per lineal ft.
RW HOMES - ASTER STREET
CITY BP COM 2004 00983
Foundation wall: IINTERIOR GRADE BEAM
Location: CENTER OF BUILDING
Input parameters: proposed point load: .
react. from above:
soil bearing:
depth of footing
embedment:
. FDN GRADE 8M WALUFOOTING
Concrete Qrade beam desiQn for base restraint
bay spacing I
bay width I
Olft
Oft
6800-LB
o LBS
1500 LBS
7 IN
12 IN
applied DL from root -
applied DL from walls:
applied DL from floors:
applied LL from root
applied LL from floors:
Foundation:'.. footing width: 15 -IN
, . footing depth: 7 I,N
wall width: 6 IN
wall depth: 24 IN
depth of steel from bottom of grade bm: ,
depth of steel from top of Qrade bm: I
~~...~<t~, .'
Output:
. footing reselVe cap: I
grCjde beam length: I'
required moment: I
allowable moment: I
' ' allowable shear
concrete Ft: I
uplift resistance:
uplift resistance:
Maximum uplift:
271.875 PLF
25.01 UN FT required for point load distribution
42519 LB FT
424141LB FT
4462.51Ibs STIRRUPS REQUIRED
41651PSI CRACKED SECTION
74911LBS ASSUMING UNCRACKED SECTION
74821LBS ASSUMING CRACKED SECTION (CONT LENGTH)
o LBS based on baY width of 0 FT and f,s,=1.5
..:..
....~;.:!::~;.;.:.. -.
050004 .
Date: I 3/29/2005
Proi no:1
O'LBS
100 LBS
250 LBS
o LBS
900 LBS
concrete strength:
reinforcing. grade:
reinforcing bar size: I
number of bars'
2500 PSI
60 KSI
il
area of steel: 0.3925 SQ IN
rho: 0.00436
31tN
3 IN
Notes: steel is balanced top and bottom of grade beam
concrete strength is Iim~ed to 2500.PSI for purposes of design
refnforcing grade 60 KSI
soil bearinQ capacity is Iimted to code-specified minimum
Keating Engineering LLC - 188 West B Street - Bldg P - Springfield - Oregon - 97477 - (541) 726-9995
- ~ KEATING ENGINEERING LLC PROJECT RW HOMES II U~OOU;)
188 WEST B STREET SUITE 'P' ADDRESS ASTER STREET - SPRINGFIELD
- ~
SPRINGFIELD - OREGON - 97477 SCOPE REVISION TO FLOOR FRAMING DATE 312912005
- - PHONE 541-726-9995 FAX 541.726-9996 PROJECT NO 03-1'\
---: 'email: k.eatinQenQ@msn.com DESIGNER KEATING I REVISED
I
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II DATE 3129/2005
I PROJECT NO OJ-be.
II REVISED
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- KEATING ENGINEERING LLC I PROJECT I RW HOMES
-- 188 WEST B STREET - SUITE 'P' ADDRESS lASTER STREET - SPRINGFIELD
, SPRINGFIELD - OREGON - 974771 SCOPE REVISION TO FLOOR FRAMING
- -
- PHONE 541-726-9995 FAX 541-726-9996 I
-. eman: keatinaeno@msn.com DESIGNER KEATING
II
~;'f',,'-'--,_u
,. .
_~----A I .
- -" I KEATING ENGINEERING LLC T PROJECT II RW-HOMES. .. ,._-, .,..
_ 1188 WEST B STREET -', SUITE 'P' I ADDRESS ASTER STREET - SPRINGFIELD
:.. . ISPRINGFIELD - OREGON - 97477 I SCOPE REVISION TO FLOOR FRAMING
_IPHONE 541.726-9995 FAX 541-726-9996
- ematl: keatinQe msn.co ES1GNER
I'
DATE
I PROJECT NO
_ REVISED
~''''..,..rl "nri~
~
- 3/2912005
0)- ,~
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CITY OF SPRINGFIELD
Development Services Department
Building Safety Division
Residential Plan Review
JOB ADDRESS:
4556-4558 Aster Street
CITY JOB#: C0M2004-00983
OWNER:
RW Homes
PHONE:
513-2228
CONTRACTOR: Owner
PHONE:
Items listed below (if any) and those marked in red directly on the approved permit
documents are incorporated into this project in addition to any requirements appearing on
the construction plans and the City standard document entitled "Single Family and Duplex
Construction Most Commonly Missed Items". A corresponding number is marked on your
plans for any items' listed below where applicable.
All references are to the 2000 Oregon State One and Two Family Dwelling Specialty Code,
(1998 International One and Two Family Dwelling Code as amended by the State of
Oregon unless noted otherwise. A copy of this code may be obtained from the Building
Tech Bookstore, Inc., 8020 S.W. Cirrus Dr. Beaverton, Oregon 974008-5986
Your signature on the Building Permit is an agreement that all items will be installed or
corrected, and that all work on this project will comply with applicable codes.
ISSUANCE OR GRANTING OF A PERMIT OR APPROVAL OF PLANS,
SPECIFICATIONS AND OTHER DATA SHALL NOT BE CONSTRUED TO BE A
PERMIT FOR, OR APPROVAL OF, ANY VIOLATION OF ANY OF THE BUILDING
SAFETY CODES OR OF ANY OTHER ORDINANCE OF THE CITY OF
SPRINGFIELD.
PLANS REVIEWED BY:
~_ ~1\( PHONE: 72-&-36Z'3
Review completed on 3/2-3' /tJ.4-
(~6 /i-.s' c..r-I3D7/7)
1. Provide vertical fire blocking (studs) at front wall on each side of the
intersecting party wall to maintain the required fire resistive rating for the
full length of the party wall to the outside wall sheathing.
2. Sheathing on the upper front building wall (SW3) shall continue
uninterrupted down to the supporting beam below to maintain the
required shear values for this wall unless otherwise approved by the
engineer of record.
"
"
'- .
.'
!
',-
;i
3. Install approved fire stop material in the remaining voids in the wall at the
intermediate floor level.
4. Handrails having minimum height of 30" and maximum height of 38" above
stair nosing shall be provided on at least one side of stairways of three (3) or
more risers, shall maintain 1-1/2" clearance to walls and the ends shall be
returned or shall terminate in newel posts or safety terminals. Handrails
shall be continuous, provide a handgrip of less than 2-5/8" cross-sectional
dimension or an equivalent gripping surface, and no sharp corners. All
intermediate openings shall be less than 6" in dimension except that
openings between vertical rails shall not exceed 4" in dimension. (R-315.1 J.
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CITY OF 5~~!!:~ OREGON I
APPROVED BY ff"~/ ~ _OATE;A~
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DATE RECF.lVEOLho/CJL( JOB NO(.Ol'\~W'-\-oo"l~ ~
ZONE OCCUPANCY GROUP ~~~ ~
UN1T(S) OCCUPANCY LOAD
STORlE.S:l TYPE CONSTRUCTIOr-.:~
LEGAL DESCRIPT'ON \ 1 O~"'"S ~ 'te,.ll
ADDRESS ~~~Ul I\~ "" -
OWNER R....tJ ,""DM~...s
THE CONTENTS HER'::, Q!,! j-Lo.Wr:: BEEN REVIEWED. WiTH
ALTSRATlON5 INr;tc..\.,-:::o 0:': .':;OLORSD PE!o,JCIL. CHANGES
OR Al:i'SRATiON:::~ MAnE TO TEE APPROVED DRAWINGS OR
PROJ~CT AFTE:r~ THE DATE i3E!..OW SHALL BE APPROVED BY
THE BU1LDING OFFIC!..~.L.
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NOTICE:
THIS PERMIT SHALL EXPIRE IF THE WORK
AUTHORIZED UNDER THISPERMIT IS NOT
COMMENCED OR IS ABANDONED FOR
ANY 180 DAY PERIOD. .
ATTENTION:Uregon law requires you to
follow rules adopted by the Oregon Utility
Notification Center. Those rules are set forth
in OAR 952-001-0010 through OAR 952-001.
0090. You may obtain copies of the rules b~
calling the center. (Note: the telephone
number for the Oregon Utility Notification
Center is 1-800-332-2344).
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Single Family and Duplex Construction
Most Commonly Missed Items
DEVELOPMENT SERVICES
225 FIF TH STREET
SPRINGFIELD, OR 97477
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This sheet is attached for your convenience. Included are many often missed requirements of the Oregon building codes. Springfield
inspection staff will check for these items as well as all other requirements of the codes, There may be additional items marked in red
on the approved plans that must be completed before calling for the corresponding inspection. When structural engineering
accompanies plans, the owner/builder must complete any additional requirements. Complete requirements of the code can be found in
the 1998 State of Oregon Edition of the International One and Two-Family Dwelling Code. [The number in square brackets is the
code reference,)
Inspection Request Line: 726-3769 Springfield Building Divisions: 726-3753
BUILDING PLANNING
I, Provide ventilation in every habitable room by means of operable exterior openings equal to at least 5% of the floor area of the
room. Exception; Provide a mechanical ventilation system capable of producing 0.35 air changes per hour in the room. [303.1]
2, Bathrooms shall have exterior glazed openings of not less than 3 sq ft., halfofwhich must be able to open, or a venting system
capable of five air changes per hour. Vent to outside. [303.3].
3. Habitable rooms shaU have a ceiling height of not less than 7' for at least 50% of their required floor area. [305.1]
4. Provide a 21" deep clear space in front of aU water closets. [307.2] ,
5, Provide laminated, tempered, or heat-strengthened glass for aU glazing located in door assemblies, railings, tub and shower
enclosures, or within a 24" arc of a door. Exception: Glazing in tub and shower enclosures and near doors need not be tempered if
located at least 60" above the adjacent floor or drain inlet. [308.4]
6, Openings between the garage and residence shall be equipped with either solid wood doors not less than I 3/8" in thickness or 20-
minute tire-rated doors. [309.t] ,
7. The garage shaU be completely separated from the residence and its attic area by means of W' gypsum board or equivalent applied
to the garage side. [309.2]
8. Garage and carport floors shall be sloped to drain liquid toward a drain or the main vehicle entry door. [309.3]
9. Provide operable egress windows in each bedroom with a minimum net clear opening of 5.7 sq. ft. (Min. 5 sq, ft. when sill is
located within 44" of adjacent exterior grade,) Minimum net open height: 22"; Minimum net open width: 20"; Maximum sill height:
44". [310.1.1]
10, Enclosed accessible space under stairs shall have walls and soffits protected on the enclosed side with \1," gypsum board or
equivalent. [314,8]
11. Minimum haUway width 36" tin ish wall to tinish wall. [314.1]
12, A minimum 3' x 3' landing is required on each side of an egress door, maximum 1-112" below the top of the threshold, [312]
Exceptions: 1. At the top of a flight of stairs, provided the door does not swing over the stairs,
2, At required exit door, shall not be more than 8" below the top of threshold when the door swings in.[312]
13, Min. stairway headroom 6'- 8"; Min. Riser 4"; Max, Riser: 8"; Min. Tread: 9"; Min, clear width above handrail: 36". (314]
14. Provide means to illuminate both interior and exterior stairways and landings, [303.4]
15, Provide a continuous handrail on at least one side of stairways of more than three risers, I 1/4"- 2-518" cross-sectional dimension
with a gripping surface and no sharp comers, 30" to 38" above the nosing of the tread, with a minimum 1-112" clearance to the wall.
[315.1 & 315,2]
16. Open sides of stairs with a total rise of more than 30" above the floor or grade below shaU have guardrails not less than 34" in
height measured verticaUy from the nosing of the treads, Intennediate rails shall be spaced so that they do not aUow passage of an
object 5" or more in diameter. [315.3, 315.4]
17. Porches, balconies, or raised floor surfaces located more than 30" above the !loor or grade below shaU have guardrails, minimum
36" in height, with intennediate rails which do not aUow passage ofan object 4" or more in diameter. [315.3, 315.4]
18. Required exit door shall be a side-hinged door and not less than 3' in width and 6'8" in height.[3 I 1.3] ,
19, Provide 5/8" Type 'X' gypsum board, or equivalent one hour assembly, each side of duplex party wall, and extend to roof
sheathing.(320. t]
20. All habitable rooms and area shall be provided with a penn anent approved heat source capable of maintaining a temp. of 68 degrees
F, at a point 3' above the !l00r.[303,6]
FOUNDA nON/GRADING
21. Gravel or other structural tiU deeper than 4" which is placed to support foundations must be inspected during placement and the
compaction by an approved special inspector. Provide copies of special inspection reports to the City inspector.
22, Concrete shall be 5-7% air entrained with a minimum compressive strength of: a) 2500 psi for basement waUs and foundations not
exposed to weather and for basement slabs and interior slabs on grade (except garage slabs); b}3000 psi for basement, foundation
and exterior waUs and other vertical work exposed to weather; c} 3000 psi for carport and garage floor slabs and for porches and
steps exposed to weather. [402.2 and Table 402,2]
23. Minimum footing sizes shall be as follows: [Table 403.1.1]
Supporting I !loor and a roof: 12" wide", 6" thick, 6" thick stem wall
2 floors and a roof: 15" wide", 7" thick, 8" thick stem wall
3 !loors and a roof: 18" wide", 8" thick, 10" thick stem waU
.When load bearing capacity ofsoills IOOOpsf,18" wide footing is required for 1 story, 23" for 2 story, 27" for 3 story
24, Footings shall be minimum 12" below grade. [403.t] Stem walls shall extend at least 6" above tlnlshed grade. [403.1.3]
25. Ground under building shaU be sloped to a low point, and an under!loor drain installed to provide positive drainage from under the
building. The grade in the underfloor space shall be as high as the outside tinished grade, unless an approved drainage system is
provided,[409.4] Groundwater collected or drained from under or around the buildings shall be piped to an approved disposal site.
Subsoil drains which cannot remove groundwater by gravity shall have an approved ejector.[3806.2]
26, The sill plate or !loor system shaU be anchored to the foundation with minimum W' diameter bolts, embedded at least 7" into
concrete or masonry, spaced at 6'-0" on center maximum with at least two bolts per plate and one bolt within 12" of ends or corners.
[403,1.5]
27. Foundation drainage shall be provided around foundations enclosing habitable or usable space below grade. [405.1]
28. Columns and posts shall be anchored to prevent lateral displacement. Exception: Columns less than 4' in height, bearing on a pier
or footing within a crawl space that Is enclosed by a continuous foundation wall need not be restrained at the bottom end. [408.3]
29. Provide 12" clearance to grade from underside of girders and beams and 18" clearance to grade from underside of joists or provide
pressure treated wood. [322.1]
30. Provide 3" min. bearing for girders entering masonry or concrete, with y," air space on tops, sides and ends. [502.4, 322.1]
31, Provide access to all underfloor areas: 18" x 24" minimum, [409.2] ,
32. Provide underfloor ventilation equal to I square foot for every 1 SO feet. One vent is required within 3' of each comer. Vents shall
hovo corrollon-rut.tant wlro mOlh or oqulnlonl with tho loolt dlmenllon bolns t/s". Undorf1oQr vonmotlon may bo roduced to ,
111500 of the crawl space area where 6 mil. black polyethylene sheeling or other approyed ground coyer is installea.. [409.1]
33. Provide 6 mil. black polyethylene ground cover, lapped 12" at joints and extending 12" up foundation walls, in all crawl spaces
where underf100r insulation is installed, [C40t,9.2]
34. Provide 55# rolled roormg or 6 mil. black polyethylene over 4" clean sand, gravel, or crushed rock beneath all concrete floor slabs:
[505.2.3,C401.9.2] ,
35. The grade away from foundation walls shall fall a minimum of 6" within the first 10'. Exception: Drains or other approved means
shall be provided to ansu~c;.positive drainage. [40t,3]
36. Slopes for pennanen! cutS or fills shall not be steeper than 2 units horizontal to I unit vertical. Exception: Steeper slopes may be
pennitted when a soils investigation report containing data to justify such slopes is approved by the City. [401.6]
37, Sealing required between wall and floor~ between !loor and foundation to prevent air leakage into building envelope.[C40t,8.2]
,
WALLS & ROOFS 1 ;,'.
38. Gypsum board used as shower and bathtub ceramic tile backing shall be water-resistant. All cut or exposlid edges, including those
at walllnter.e.tlon., .hall b. ..aled 115 recommended by the manufacturer. [702,4,2] ,....
39. Masonry veneer anchors may support 22/3 square feet of veneer, maximum, and shall attach to continuous #9 wlre.[703.7]
40. Flash all exterior doors, windows and horizontal wood trim. [703.8]
41, Provld. braolng at all gable end walls exceeding t4 feet In length. [See standard City of Springfield detaBs for approved bracing
methods.]
42. Nails and staples must not be consistently over driven beyond flush with the sheathing surface.[Table602.3(I)and (2)]
43. Shear wall nailing or stapling must remain exposed for inspection approval.[113,1-113.4]
44. Trull Enginaerlng mu.t be onJob .Ite at fraining In.pection, for all type lrUlla. u.ed, [502.10; 802,11]
45. Trusses shall not bear on partition walls unless so designed. [301,1]
46. Enclosed attics and rafter spaces shall be provided with cross ventilation, Net ventilating area shall be not less than 1/150 of the
attic area, Exception: Net ventilating area may be reduced to 11300 when at least 50% and not more than 80% of the ventilators are
located at least 3' above the eaye or cornice vents or when an approved vapor barrier is installed on the wann side of the insulation,
Provide a I" minimum air space above insulation and baffle at eave or soffit vents, [806, E40 1.2.1]
47. Areadily accessible attic access framed oRening not less than 22" x 30" shall be provided to any attic area having a clear height of
over 30". [807,1]
48, Roof coverings shall comply with the general requirements of Chapter 8 and the specific requirements of each section based upon
type of material: a) asphalt shingles [903]; b) slate shingles [904]; c) metal [905]; d) tile, clay or concrete shingles [906]; e)
built-up roofing [907]; t) wood shingles [908]; g) wood shakes [909],
49. Roof stonn drains shall be provided to collect and discharge stonn drainage to an approved drainage system.[801.3] One 3" pipe
graded 1/4" per foot can accommodate up to 2,320 square feet of surface area,[Table 3811.2]
50. End walls to be step flashed or to manufac~rers specs.[903,3]
MECHANICAL & PLUMBING '.
51. Heating and cooling appliances located in a garage or other area where they may be subject to damage shall be suitably guarded
against such damage. (Protection is typically provided by concrete filled pipe bollards,) [1307.3, 3310.3]
52. Appliances which generate a glow, spark or flame capable of igniting flammable vapors and are located in the garage shall be
installed with the burners, burner ignition devices or heating elements and switches minimum 18" above the floor level. [1307,3,
3310.1]
53. Fuel burning wann air furnaces and water heaters shall not be installed in a room designed to be used as a storage closet. Furnaces
or water heaters located in a bedroom or bathroom shall be installed in a sealed enclosure such that combustion air will not be taken
from the living space. Direct vent units are not required to be installed within an enclosure. [1402.1, 3309]
54. Combustion air must be provided for all fu'el burning appliances except direct vent units, [2001.1 to 2001.5]
55. Provide access to attic furnace (22" x 30") or underfloor furnace (30" x 30"). Provide a penn anent electric outlet located near the
furnace and lighting fixture controlled by ii switch at the passageway opening. [1401.6.1401.7]
56, The maximum amount of water used by new plumbing fixtures: a) toilets: 1.6 gal. per flush; b) shower heads: 2.5 GPM; c) interior
faucets: 2.5 GPM [3202] ,
57. Showers and tub-shower combinations shall be equipped with control valves of the pressure balance, the thennostatic mixing, or the
coml?ination pressure balance/thennostatic'mixing valve type with maximum mixed water setting of 120 degrees F. [3215]
58, Minimum shower compartment: 1,024 sq. inches; shall also be capable of encompassing 30" circle,[3210,3] Threshold shall be of
sufficient width to accommodate a minimum 22" door,[32 10.2]
59, Equipment used for heating water shall be 'protected by combination pressure and temperature relief valves. [3408.3]
60, Water heaters shall be anchored to resist horizontal movement. (I.e. earthquake strapping) [3310.5]
61. Stonn water drains located within 5' of a building may be Schedule 40 ABS or Schedule 40 PVC, CPE, installed per installation
standard IA. [3501.1.2]
62, Clothes dryer ducts shall tenninate outside the building. Max length is 25', reduce 2.5' for each 45deg. elbow.[1801.3]
63, Trenches dug parallel to the building foundation and deeper than the footing must be at least 45 degrees from bottom outside edge
of footing to the bottom inside edge oftre~ch.[3113.3, illustration pg.294]
ELECTRICal.. .
64, RESIDENTIAL ELECTRICAL PLANS ARE NOT REVIEWED PRIOR TO PERMIT ISSUANCE. All electrical work shall
comply with current codes and will be field-inspected for compliance. Building penn its may be issued without electrical penn its,
Electrical contractor must confinn an electrical pennit has been obtained before starting work.
65, Provide grounding electrode at electrical service, consisting of (or connected to) a minimum 20' length of lI,"diameter steel
reinforcement in footings. [4108,1.2] , '
66. GFCI protection required for receptacles in outdoor locations, garages, unfinished basements, bathrooms, where serving counter-
top surfaces in kitchens, and when within 6' of wet-bar sinks. [4402]
67. Provide an approved smoke detector in each sleeping room, outside of each separate sleeping area, and on each additional story of
the dwelling. All detectors shall be interconnected and shall provide an alarm audible in all sleeping areas. Smoke detectors shall
be located minimum 3' upstream of air ducts. [316,1]
68. All smoke detectors shall receive their primary source of power from the pennanent built-in wiring, with battery back-up in case
power is interrupted. Exception for remodels: hardwiring and interconnection is required only if other remodeling considerations
require removal of the appropriate wall and ceiling coverings to facilitate wiring. [316,1,1, 3 t6.2]
69. Required smoke alarms shall not be located within kitchens or garages, or in other spaces where temperatures can fall below 40
degrees F. Ionization smoke alanns shall not be located closer than 3 feet horizontally from: a door to a kitchen or full bath; or
supply registers of a forced air heating or cooling system, Smoke alanns within 20' of a cooking appliance shall be a photoelectric-
type smoke alann or the alarm shall have an approved silencing means,[316,l]
70. Recessed light fixtures installed in cavities intended to be insulated shall be labeled as suitable for being installed in direct contact
with insulation (IC rated). [4503.5]
71. Electrical outlets and approved wall fixtures in the fire separation wall shall not be located back to back. Use metal boxes no larger
than 16 sq, inches placed in separate stud spaces for the 2 dwelling units.[320,2]
, ENERGY CONSERVATION
72, Provide approved vapor barrier installed on the wann side (in winter) of insulation at all unventilated exterior walls, floors, and
ceilings enclosing conditioned space, [C401.9,1]
73, PATH I insulation requirements; (Section C401 for alternative insulation paths,)
Exterior Walls: R-21, Basement Walls: R-15, Underlloor: R-25, Slab Floor Edges: R-15, Flat Ceilings: R-38, Vaulted Ceilings: R-
30 (max, 50% of 1I00r area), Main Entry Door (max, 24sf): U=0.54, Other Exterior Doors: U=0.20, Windows: U=0.40, Skylights
(max. 2% of 1I00r area): U=O,50, Forced Air Ducts: R-8. [Table C401.1 (I)] .
74. Alterations within an existing building envelope may use the minimum component insulation requirements:
Exterior Walls: R-15, Basement Walls: R-15, Underlloor: R-21, Slab Floor Edges: R-IO, Flat Ceilings: R-38, Vaulted Ceilings; R-
21. Exterior Doors:.J)=O,54. Windows & Skvli.hts: U=0.65. Forced Air Ducts: R-8. rClOI.2.3. Table C401.lh Footnote Cl
:~:,;,t}_~T~.~;;'~'~l:',::-"~"';'~'~,;,~","'r,~,[;,'ii~';~Ei'::~!:'~"":""':!..~;:;':II;}::;:~,;;'~~:~: ':~;-:',.'i~i,':;: ':~~'"~,,:!:~;'~~:_~l?;E~~.:f,?~.,~,t'~~L_~~~;;:'~';'~f~'::;:"~';~~~'~f":(r,'r':- . -~~:~:' '
1:'1'Tl1e.ap~roved:bllildiligpert)1itBI~iis:musttel))~in.:atthe co~struction~site''l!ldbe!livaihible.t()' . ,.,,'
:~~:;, [:'!:::_~~}):9)p:~:;~m~,~:!i;~~~ji:~,9,'~'B~.~!~~'}n;~?.~pl~~~.ce:.~!i~::.ih~,' a~pr9~~,d':p'_I~r:~,::;~~!:"~:p~~~';:::::rrp~9.~~~::'~ft::';'::"" ':';f:;,i:!:";'!';""~"; ,;,:,!:dy'~~::'b9,-.~he City.
3: ."IP.ll'p~ln)[ls'eXPiiei:'11,80'&~Y~Ji~eriSSuanceifnci' inspections have been,'ca!l,ed fo!or' ~9'Jl~~gr~~~m~:lg:~~,!,,:,,':Oi\' the project.
:':~!,~i!'~I~,~;l:!:,i'~~~'~:~'~~:r,~~:i::~~~,!,~,~,~qyi~~d.,?!Ji'~~'~"~'~~~::~M~:3:~i!i~~1::':i!~'!~~~lli:~:1~~'~i~~~!~l~:i~I~~:~~i!~',~~:,~~d~i prior'to
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_ /188 WEST B STREET ' SUITE 'p'l ADDRESS I SEE COVER SHEET
---.: I SPRINGFIELD - OREGON - 97477 II SCOPE II LATERAL AND GRAVITY LOADS FOR
-= PHONE 541-726-9995 FAX 541-726-9996 I DUPLEX STRUCTURE
-: I email: keatin.QenQ~msn.comIDESIGNER I j Steve Keating "
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CALCULATIONS
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I'DATE 'I 112712003 I
I PROJECT NO I I
II REVISED u: <,ril ~ ,~
I PROJECT DESCRIPTION
DUPLEX RESIDENTIAL STRUCTURE UPDATE TO PREVIOUS CALC SET PREPARED BY KEATING WHILE EMPLOYED AT
BRANCH ENGINEERING - VALUES MODIFIED SLIGHTLY AND PLANS CORRECTED
BUILDING CONSTRUCTION TYPE
BUILDING OCCUPANCY CLASS(ES)
IVN
IR-3
GRAVITY LOADS
FLOOR LIVE LOAD (PSF)
FLOOR DEAD LOAD (PSF)
ROOF LIVE LOAD (PSF)
ROOF DEAD LOAD (PSF)
WALL DEAD LOAD (PSF)
I NOTES
BEAM AT SIDE OF GARAGE (ENTRY] IS SIZED FOR TRUSS BEARING, BUT THIS IS NOT REECOMMENDED, IF TRUSSES ARE
DESIGNED TO BEAR ON BEAM, USE SIMPSON HS24 AT GARGE SIDE WALL
IDESIGN LOADS
SEISMIC ZONE
WIND VELOCITYIEXPOSURE CLASS
LATERAl LOADS IDENTIFIED IN CALC SET
140
110
/25
115
110
SOIL ACTIVE PRESSURE (PSF)
SOIL PASSIVE PRESSURE (PSF)
ALLOWABLE SOIL BEARING (PSF)
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LATERAl FORCES
SEISMIC LOADS
SHEAR WALLS
BEAM CALCS
GRADE BEAM
PIERS
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1000
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:::. ISPRINGFIELD - OREGON . 9747711 sro..lLATERAL AND GRAVITY LOADS FOR
=-- = I PHONE 541-726-9995 FAX 541-726-9996 I DUPLEX STRUCTURE .
=- --: 1 email: keatinQen!:Ha?msn.com II DESIGNER I Steve KeatinQ
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PROJECT
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SEE COVER SHEET-..---'.._.___.. .'",__ . 0 3 0 (} II 2
LATERAL AND GRAVITY LOADS FOR "'/ L<>.ATE I' 1127120031
DUPLEX STRUCTURE r,;DJECT NO j
. Sieve Keating._ I REVISED I
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DESIGNER
....._~-... -. '"
, ~- ft?tii" =-...:;~~.:::~.:::.:::::~::::::::::...:
. -- ... - '-'-. "---'"'" _.~-----_.__..._-_. ... -....-----....----..,-...----.;-----;--.--.--:-
, ~'~-:.";,~~~~:0:, ~E~;-r:~--_~~~~::.'--'
I ""..-- '..=.J'::':::: .::...::: ,::::: Z,/::~.::.:::.::::::::,::.-::::::::::::..:::.... ____:',::,::::'.;:.
'. .~- .::~.~'r~l~~ ~::~;:--:::::::::- '.=G>: ~~:;;:~:~~:::js~~~:::~;~::~:=::::::---,
' ~ :',--- .,.. '.rR.:..:.... -- --. -, ,-,:-,:::.:::: @,:,-,,:..:.(::~ ~:-,q.f::::..~.
-- ~-.' I ::::--.:.-,.::::=-:- @' '~:'=':~--'~:L'? T"/' ::::.::: ' ,. .
4-,--- '--"-,,,., " '__ 7'5_
@ ~L ,/- -=~~'-.-:::::'::::--~::---- ,_.::..:.-
._-~.._----
~,,14'~
'-,5 . :.~-, '~'..j.:,
(j) 1 :~.,,(2) .:...-~----- .~'_ ___~t",
$'-$ .
~~~ \
'?-l~:1O"(.l'IK' ~i.~.-:::~_=_~i'w:kf:~:::;:IC..,lt' .
71Q: eL~~ '~:--."di--~'~,:~~~~~-;~~~~--_.~;;J~;~~~,:::~j~~~'~-- .
(6j ---- I HI___. --. """_. O-~"uO:::.g:"._-=--o__ :::'::: , .,_ __ .
.'-@)-"~~, 3t ~LIt =--=-'-=:::~~~_.@)=- 3.~,D_O':::!=,',~.'~=::,.". .,'~ ,
---- "",O', 'n' ~'__h ., I tD It ' 'G)li ' , , ' , . ' , '
~-~~~t~~1~t-~~J-~~5:~~~----. .
- ~":-"',_k>>~::.~"'- , --- ~_~>T (~~/~-;O:;>~-Y= n:::,-
u_________no___.
-'--'___ h.~ .. __ ..,~._. ________.
-:---:----;---:---..----:--.-- - ---- ---
._--,..~.__._+ ..-.----
--- .--_._--~--...._.__.-
.-- ~_.._-_._._---
....". .---------.-..--...
....-...... '-.
".. .---..-.-.....---.
~'---- - --..
."'--- -~._--.,-~--._.-.- ,.
-- . -..---.. -. -.. .."....
.-........- --..
-...-.---- ,- . - -.--...- -
"~'-- "-'-...
. .
..---.-.--....
'--"". "..-
.-..------.....--.-
_...... h._... ..___ ___.._____._._.
-.----- ..._-.'_.__",:__.._-~. _._-'.....:.._~:-
----- --------.-...
'--"-. .,_.....
--........... ........
.,..:: :'::::~~:;~?;~~~:-::~~:~:=~~:=:.-- ---~~~;;.~:=f:~:~~=:-~~=~n- --" ..,-'..., " -. .. - n.
"-'-. .... ""
'--'--"--....-.
..-._-'-~----,-._-.
h__...__._____.~._________, _..
...'1......\.
."', .
I Project: M LUKE DESIGNS DUPLEX,
LANE COUNTY OREGON
DUPLEX HALF
SEISMIC LATERAL FORCES
ZONE 3 APPLICATIONS FOR BASE SHEAR
AND EQUIPMENT SUPPORT PER OSSC 16 IV
BASE SHEARIV=CvIW/Kl where 1= l;t\n,)"oano l; U.U:l
maximum V=2.5C.IW/R Cv= 0.54
minimum 0.11 C.lw R= 5.50
1= 1.25
C.=
SHEAR LOADING' roof area
overhang area
top floor perimeter wall
top floor interior wall
top floor area
included live load I
special I
:ower floor perimeter wall
lower floor interior wall
lower floor area
included live load
special loads I
base Ivl fir perimeter wall I
base level flr interior wall I
base floor area I
included Jive load I
special loads I
990 sq ft
180 sq ft
108 If
82 If
680 sq ft
o Ibs
U Ibs
140 If
38'lf
530 sq ft
o Ibs
o Ibs
Ollf
Ollf
o sq ft
o Ibs
o Ibs
0\
SIMPLIFIED Fx=3.0C.Wi/r for ea story! 0.196364IW
BASE SHEAR
LATERAL 'pdes=apC.lp1Rp(1 +3hxlhr)= I
FORCE ON FpMAX = 4,OC.lpwp.1
COMPONENTS FpMIN= 0.7 C.lpWp = I
AND Fpused x Importance faetor
EQUIPMENT
0.2000 Wp
1,8000 Wp
0.3150 Wp
,0,39375 Wp
Vdesign= I
Vmax= I
VmJm= I
Vused= I
T=I
U.b4~~ W
0.2045 W
0.0495 W
U.~U4~ IW
,0. To~ I I sec
roof diaphragm weight I
overhang weight I
exterior wall weight
interior wall weight
floor diaphragm weight
special load weights
included live load
lop floor height
lower floor height
base floor height
I
shear to 1st floor roof
,hear to lower f1oor.diaphragm
shear to base level diaphragm ~
shear to roof diaphragm I
shear to top floor diaphragm
shear to lower floor diaphragm
shear to base'level diaphraQm
where ap=' 1.00 I
hx= 11
hr= 91
Rp=f 3.001
".
, ,
Page:
Date:
Proi no:
r001,neI9nt~;!0 ft I
top floor height 8 ft '
lower floor height 8 ft
base floor height 0 ft
,10lpsf
8lpsf
8 psf
8 psf
10
o psf
psf
8ft
8 ft
o ft~
2475
6937 Ibs
8167 Ibs
8167 Ibs
;
432711bS
5657 Ibs
68371'bs
6837 Ibs
030003
1/27/2003
.-.....-..
,
Project: M LUKE DESIGNS DUPLEX
LANE COUNTY OREGON
DUPLEX HALF
SHEAR WALL DESIGN (UPPER)
Plywood sheathed panels with hold-<lown restraint
FRAMED TO ADJACENT FLOOR OR WALL
page:J
Date: I
Proi no: I
030004
1127120031
J
Shear wall no: IN/A
Shear wall location: UPPER PARTY WALLS
Input parameters: design wall length: 1'- 34 FT
design wall height: 8 FT
react. from above: 0 LBS
shear from above: LBS
in-plane sbear. j 3600 LBS
,
applied DL from roof: r - 40 LBS
applied DL from walls: 80 LBS
applied DL from floors: 0 LBS
applied LL from roof: 0 LBS
applied LL from walls: I 0 LBS
applied LL from floors: I 0 LBS
Shear panel data: /
unit shear. I
comer forces: I
1051PLF
-683 LBS
see design evaluation below
UPLIFT
DESIGN:
NUMBER OF FACES (ONE SIDE OR roo SIDE): INSTALL SHTG ON
MINIMUM SHEAR PANEL FIELD NAILING: 8d COM, NAILS AT
MINIMUM SHEAR PANEL EDGE NAILING: 8d COM, NAILS AT
STUD DIMENSIONS AND SPACING (#2 D FIR): 12X4
CHORD LUMBER (#2 D. FIR) I 12X4
BOTTOM PLATE MEMBER (#2 D FIR): 12X4
I
NAILING OF BOTTOM PLATE TO FLOOR: 16d COM. NAIL AT I
DRAG STRUT/COLLECTOR AT TOP OF WALL: lCONT PLATE I
I
HOLD-DOWN HARDWARE: NOT REQUlRED N/A
ATTACHMENT: N/A
TYPICAL SHEAR PANEL SHEATHING: Yo" CDX PL YWD OR 7/16" OSB SHTG.
1ISIDE(Sl
6\IN O,C,
61INO.C.
16~IN O.C,
I
I
I
16flN O.C,
I
IiN O,C.
'-.
Keating Engineering LLC -188 West B Street - Bldg P - Springfield - Oregon _ 97477 _ (541) 726-9995
Project:
M LUKE DESIGNS DUPLEX
LANE COUNTY OREGON .
DUPLEX HALF
SHEAR WALL DESIGN
Plywood sheathed panels with hold-down restraint
Concrete Qrade beam desien for base restraint
Shear wall no: ISW1 awo SEGMENTS)
Shear wall location: REAR WALL OF GARAGE
Input parameters: '
Foundations:
Shear panel data: I
Grade beam length: I
Grade beam design:
DESIGN: SW1
design wall length: I
design wall height:
react. from above: j
shear from above:
in-plane shear:
soil bearine:
4.5'FT
8 FT
o LBS
933 LBS
1667 LBS
1000 PSF
applied DL from roof: ,.
applied DL from walls: I
applied DL from fioors: I
applied LL from roof:
applied LL from walls:'
aoplied LL from fioors: I
footing width: I -1511N
footing depth: 7 IN
wall width: 8 IN
wall depth: 24 IN
depth of steel from bottom of grade bm: I
deoth of steel from too of erade bm: /
030005
Page: I I
Date: I 1/27/2003J
Proi no: I
1
170'ILBS
80lLBS
30lLBS
250 LBS
olLBS
200 LBS
depth ,of footing embedment: r. 12'IN
reinforcing grade: 60 KSI
reinforcing bar size: I 4
number of bars I 1
area of steel: I 0.19625 SQ IN
rho: I 0.00102
J
91feet in olane of shear wall measured about center of corner force application
31lN
2 IN
see design evaluation below
uplift and bearine
2971PLF
280lPLF
100 PLF
451 PLF
-5 FT
moment capacity: I
required moment: I
allowable bearing: I
actual uDlift leneth: I
unit shear. I
comer forces:
577IPLF
4150lLBS
122871 LB FT
46681 LB FT
13331LBS
91FT
TYPICAL SHEAR PANEL SHEATHING: 17/16" OSB SHTG I
NUMBER OF FACES (ONE SIDE OR TWO SIDE): INSTALL SHTG ON -1 SIDElS)
MINIMUM SHEAR PANEL FIELD NAILING Sd NAILS SI.IN O.C.
MINIMUM SHEAR PANEL EDGE NAILING Sd, 2\'N a.c.
MINIMUM STUD DIMENSIONS AND SPACING 2X6 MIN STUDS' 24 'INO.C.
CHORD LUMBER AT HOLD-DOWN LOCATIONS 4X6 #2 D FIR I
WALL PLATES AT TOP 2X6 DOUBLE/PER CODE
WALL PLATES AT BOTTOM MATCH STUDS SINGLE IPER CODE
NAILING OF BOTTOM PLATE TO SILL 16d NAILS AT SIIN O.C.
BOLTING OF MUD SILL TO FOUNDATION I Yo" X 10" A.B. ATI 2611N O.C.
NAILING OF TOP PLATE TO TRUSSl INA I
HOLD-DOWN aRACKET: I SIMPSON iHD6A j
BOLTING OF HOLD-DOWN TO FOUNDATION: I SIMPSON I SSTB2S1
USE 7/S" NUT COUPLER AND 7/S" ALL-THREAD TO EXTEND HOLD-DOWN TO ANCHOR
self weight of foundation: .
weight of imposed DL:
design line LL on foundation:
allowable uplift resistance:
actual brne leneth (Cd 1.33):
I Project:
, I I
M LUKE DESIGNS DUPLEX PERFORATED SHEAR WALL . . n ':) q#~ ij I
LANE COUNTY OREGON Plywood sheathed panels with openings included I Da'le'1 1/ 0 3
DUPLf;,X HALF DesiQned per American Plywood Association #157 (199 Proi no: I I
Shear wall no: I SW2 REAR WALL
Shear wall location: PERIMETER WALLS AT LOWER FLOOR
1
wind stagnation pres. I CoCoQ. at h<20' =1
14.4lpSF
Input parameters: lesign wall length:
lesign wall height:
'eact, from above: I
shear from above:
in-plane shear:
applied UL from roof:
applied DL from walls:
applied DL from floors:
applied LL from roof:
applied LL from walls:
aDo/ied LL from floors:
170 LBS
160 LBS
130 LBS
425 LBS
o LBS
520 LBS
Factors for AP A .
equations
opening lengths r ~ ,?' 1 0 total length of door and window openings (feet)
opening areas . ,." 40 ibtal area of openings (sq ft)
wall area I 188 (sq ft)
a I 0.21 area of openingslarea of wall (sq ft)
-B 0,57 summation of full height sectionslwalllength
rl 0.73 area factor 1/ (1+a/B)
!:.L.Qj737lreduction coefficient for wall r/(3-2rl
Shear panel data: I
unit shear: I 348\ PLF
corner forces: I -15871 LBS
see design evaluation below
uolift and bearino
DESIGN / SW2 TYPICAL SHEAR PANEL SHEATHING: 'I,,' CDX PL YWD OR7/16" OSB SHTG.
NUMBER OF FACES (ONE SIDE OR TWO SIDE): INSTALL SHTG ON I 1 SIDE(S)
MINIMUM SHEAR PANEL FIELD NAILING: 8d COM. NAILS AT I 8 IN O.C,
MINIMUM SHEAR PANEL EDGE NAILING: 8d COM. NAILS ATI 4 IN O.C.
STUD DIMENSIONS AND SPACING (#2 D FIR): 2X6 STUD I '2411N O.C.
CHORD LUMBER (#2 D. FIR) DOUBLE I 2X61
BOTTOM PLATE MEMBER (#2 D FIR): I 2X61
DRAG STRUT/COLLECTOR AT TOP OF WALL:
CONNECT BLOCKING AT TOP TO DIAPHRAGM
HOLD-DOWN HARDWARE:
USE TOP PLATE
I
NOT REQUIRED I
MAY SUBSTITUTE 16 GA X 2" STAPLES AT 3" O.C. FOR PANEL EDGE NAILING
MAY SUBSTITUTE 16 GA X 2" STAPLES AT 6" O.C. FOR FIELD EDGE NAILING
",
Keating- Engineering LLC -188 West B Street - Bldg P - Springfield - Oregon - 97477 _ (541) 726-9995
Project: M LUKE DESIGNS DUPLEX PERFORATED SHEAR WALL I n::l n Q 0 7 ]
LANE COUNTY OREGON Plywood sheathed panels with openings included J Date: I 1/27120031
DUPLEX HALF . Desioned Der American Plvwood Association #157 (19 Pro; no: I I
Shear wall nO:ISW2 SIDE WALL
Shear wall location: PERIMETER WALLS AT LOWER FLOOR
wind stagnation pres. 'CoCoQ, at h<20' =1
Input parameters: lesign wall length:
lesign wall height:
'eaet. from above:
shear from above:
in-plane shear:
Factors for AP A
equations
opening lengths I
opening areas .
wall area I
a\
~l
FI
Shear panel data: I
unit shear: I
corner forces: i
.'
I
14.4IPSF
I
J
28 FT
8FT
o LBS
1800 LBS
1200 LBS
appliea UL trom roof:
applied DL from walls:
applied DL from floors:
applied LL from roof:
applied LL from walls:
aDo/ied LL from floors:
. 20 LBS
160 LBS
20 LBS
50lLBS
o LBS
aOllBS
10 total length of door and window openings (feet)
40 total area of openings (sq ft)
224 (sq ft)
0,18 area of openings/area of wall (sq ft)
0.64 summation of full height seetionslwalllength
0.78 area faetor 11 (1 +a/B) ,
0.5455 reduction coefficient for wall rl(3-2r)
1961PLF
-1032 J LBS.
see design evaluation below
uolift and bear/no
DESIGN I SW2 TYPICAL SHEAR PANEL SHEATHING: Yo" CDX PLYWD OR 7/16" OSB SHTG.
, NUMBER OF FACES (ONE SIDE OR TWO SIDE): INSTALL SHTG ONI 1ISIDE(S)
MINIMUM SHEAR PANEL FIELD NAILING: 8d COM. NAILS AT I 811N O.C.
MINIMUM SHEAR PANEL EDGE NAILING: 8d COM. NAILS ATI 4 IN O.C;
STUD DIMENSIONS AND SPACING (#2 D FIR): 2X6 STUDI 2411N 0.<::.
CHORD LUMBER (#2 D. FIR) DOUBLE I 2X61
BOTTOM PLATE MEMBER (#20 FIR): I 2X6
DRAG STRUT/COLLECTOR AT TOP OF WALL:
CONNECT BLOCKING ATTOP TO DIAPHRAGM,
HOLD-DOWN HARDWARE:
USE TOP PLATE
NOT REQUIRED I
MAY SUBSTITUTE 16 GA X 2" STAPLES AT 3" O,C. FOR PANEL EDGE NAILING
MAY SUBSTITUTE 16 GA X 2" STAPLES AT 6'" O.C. FOR FIELD EDGE NAILING
",
Keating Engineering LLC -188 West B Street - Bldg P - Springfield - Oregon _ 97477 _ (541) 726-9995
"
Project:
M LUKE DESIGNS DUPLEX
LANE COUNTY OREGON
D~)PLEX HALF
PERF0RATED SHEAR WALL
Plywood sheathed panels with openings included
Desi ned er American PI ood Association #157
Shear wall no: SW3 UPPER FRONT
Shear wall location: PERIMETER WALLS AT UPPER FLOOR
wind stagnation pres,l CpCQO~ ?t ~<~Q:3
Input parameters: 'lesign wall length: I
tesign wall height:
'eact, from above: I
5hear from above: I
in-plane shear:
.J
Factors for APA
equations
opening lengths I
opening areas
wall area
a
BI
rl
EJ
Shear panel data: I
unit shear: I
corner forces: !
DESIGN I SW3
14.4lpSF
401FT
8 FT
o LBS
LBS
1866 LBS
I
applied DL from roof: I
applied DL from walls: I
applied DL from floors: j
applied LL fromrool: I
applied LL from walls:
applied LL from floors: I
170 LBS
80 LBS
50 LBS
425 LBS
o LBS
520 LBS
J
TYPICAL SHEAR PANEL SHEATHING: IY;' CDX PL YWD OR 7/16" OSB SHTG.
16 I iota/length of door and window openings (feel)
50 total area of openings (sq ft)
320 (sq ft)
0.16 area of openingslarea of wall (sq ft)
0.60 summation of full height sectionslwalllength
0,79 area factor 1 1(1 +a/B)
0.5614 [eduction coefficient for wall rl(3-2rl
82lpLF
-3376 LBS
see design evaluation below
uplift and bearinQ
NUMBER OF FACES (ONE SIDE OR lWO SIDE):
MINIMUM SHEAR PANEL FIELD NAILING:
MINIMUM SHEAR PANEL EDGE NAILING:
STUD DIMENSIONS AND SPACING (#2 0 FIR):
CHORD LUMBER (#2 D. FIR)
BOTTOM PLATE MEMBER (#2 D FIR):
INSTALL SHTG ON!
8d COM. NAILS AT I
8d COM. NAILS AT!
2X6 STUDI
DOUBLE!
,
DRAG STRUT/COLLECTOR AT TOP OF WALL:
CONNECT BLOCKING AT TOP TO DIAPHRAGM:
HOLD-DOWN HARDWARE:
USE TOP PLATE/
USE H2.5 EA TRUSS I
NOT REQUIREDj
.
MAY SUBSTITUTE 16 GAX2" STAPLESAT4 O,C. FOR PANEL EDGE NAILING
MAY SUBSTITUTE 16 GAX2" STAPLESAH" O.C. FOR FIELD I '
1 !SIDE(S)
811N O.C.
~'INO.C.
2411N O.C.
2X6/
2X61
I'NO.C.
I
Keating.Engineering LLC -188 West B Street - Bldg P - Springfield - Oregon _ 97477 _ (541) 726-9995
'Project: M LUKE DESIGNS DUPLEX 'PERFORATED SHEAR WALL I '03 nr} n Q I
LANE COUNTY OREGON Plywood sheathed panels with openings included I Date: I 1127120031
DVPLEX HALF Desipned per American Plywood Association #157 (199 Pro; no: I /
Shear wall nO:ISW4 UPPER REAR .
Shear wall location: PERIMETER WALLS AT UPPER FLOOR
wind stagnation pres. I CpCpQ. at h<20' =1
14.4IPSF
Input parameters: Jesign wall length:
lesign wall height:
"eact. from above:
;hear from above:
in-plane shear: I
I
40 FT
8FT
o LBS
LBS
1866 LBS
applied UL from roof: I
applied DL from walls:
applied DL from floors: I
applied LL from roof:
applied LL from walls:
applied LL from floors:
F actors for AP A
equations
opening lengths ,.
opening areas '
wall area I
~I
;1
18 total length of door and window openings (feet)
52 total area of openings (sq ft)
320 (sq ft)
0.16 area of openings/area of wall (sq ft)
0.55 summation of full height sections/walllength
0,77 area factor 1 I (1+a/B)
0.5301 reduction coefficient for wall rl(3-2r)
Shear panel data: I
unit shear: I
comer forces: I
871 PLF
-3376 LBS
see design evaluation below
uol ift and bearina .
I
J
170 LBS
80 LBS
50 LBS
425 LBS
o LBS
520 LBS
DESIGN 1 SW4 , TYPICAL SHEAR PANEL SHEATHING: IY," CDX PL YWD OR 7/16" OSB SHTG.
NUMBER OF FACES (ONE SIDE OR TWO SIDE): INSTALL SHTG ON I 1/SIDE(S)
MINIMUM SHEAR PANEL FIELD NAILING: 8d COM. NAILS AT I 811N O.C.
MINIMUM SHEAR PANEL EDGE NAILING: 8d COM. NAILS AT I 6 IN O.C.
STUD DIMENSIONS AND SPACING (#2 D FIR): 2X6 STUDI 24 IN O.C.
CHORD LUMBER (#2 D. FIR) DOUBLE I 2X6
BOTTOM PLATE MEMBER (#2 D FIR): I 2X6
DRAG STRUT/COLLECTOR AT TOP OF WALL:
CONNECT BLOCKING AT TOP TO DIAPHRAGM:
HOLD-DOWN HARDWARE:
USE TOP PLATE/
USE H2.5 EA TRUSS I
NOT-REQUIRED I
MAY SUBSTITUTE 16 GA X 2" STAPLES.AT 4" O.C. FOR PANEL EDGE NAILING
MAY SUBSTITUTE 16 GAX2" STAPLES AT 6" O.C. FOR FIELD NAILING
".
IINO.C.
I
Keating 'Engineering LLC - 188 West B Street - Bldg P - Springfield - Oregon _ 97477 _ (541) 726-9995
Project: M LUKE DESIGNS DUPLEX
LANE COUNTY OREGON
DUPLEX HALF
PORTAL FRAME DESIGN
plywood or OSB panels with hold-down restraint
, Concrete qrade beam desiqn for base restraint
Portal frame no: /PF1 01
Location: FACE OF GARAGE
Input parameters: design length: I
left side segment I
right side segment I
design panel height: I
dist DL from above I
dist LL from above I
applied lateral force: I
Foundations:
Shear panel data:
Grade beam design: .
Portal be~m design
910 I
I~
I
...
Member requuirements
(glue-lam beams)
fooling width: I
footing depth: !
wall width: I
wall depth: I
Lateral force aoplied: I
13,2 Ft end-te-end
2 FT (PANEL A)
2 FT (PANEL B)
7 FT
60 PLF
50 PLF
1300 LBS
1211N
611N'
611N
12liN
~rade bm: I
depth of steel from top of qrade bm: I
unit shear: I
corner forces: I
I
910lLBS
soil bearing: I
applied D L from roof:
applied DL from wall: I
applied DL from floors: I
applied LL from roof: I
applied LL from floors: I
uplift qenerated bv wind I
n .i (j (, 1 J
Page: I ~
Date: I 1/27/2003
Proino:1 I
i
1000lpSF
40lPLF
40 PLF
o PLF
100 PLF
OjPLF
90 PLF
depth of footing embedment: I 1211N
reinforcing grade: I 640 I KSI
reinforcing bar size: I
number of bars I 2
area of steel: I 0.3925 sa IN
rho: I 0.00595
311N
31 IN
3251PLF ,
1790 LBS maximum uplift (dead load restraint only)
17461LBS maximum bearinq (includinq all qravitv loads)
self weight of foundation: I
weight of imposed DL: I
design line LL on foundation: I
al,lowable uplift resistance: I
actual brnq lenqth (Cd 1.33): I
150lPLF
80 PLF
100 PLF
220 PLF
2 FT
moment capacity: I
required moment: I
allowable bearing: I
actual uolift lenqth:
moment induced by lateral forces I
bending moment with 1/2 wind and full snow loads I
bendinq moment with full wind and 1/2 snow loads I
uniformly distributed 10ad
DOItIlI beam . IP
9.2 ft span
PtF
345ILB FT
1336 LB FT
1244ILB FT
104661LB FT
1821/LB FT
1000lLBS
8FT
I
maximum connection forces
1746.27 bearing (increased by LL and DL)
1790 tension (reduced by DL)
7
ft
panel
height
-
0,30667 in, maximum beam deflection
IP
PANa B
".
DESIGN fb
DESIGN Iv
C'd
875 PSI
95 PSI
1,15
....
I
s=1 15.93 in3
a=1 16,61 in2
1= 61.30 in'
USE 4X12 #2 D FIR (MIN)
USE "SIMPSON" PA51 AT BASE AND (2) LSTA24 AT TOP CONNECTIONS
IUSE 'j," CDX PLYWOOD OR 7/16" OSB OR 3/B" (NET) T-1-11 NAILED Bd AT 3" a.c. ALL
EDGES AND B" O.C. IN FIELD, WITH 4X6 CHORDS AND BLOCKING
Keating Engineering LLC -188 West B Street - Bldg P - Springfield - Oregon - 97477 - (541) 726-9995
IP
-
PA.I'IIElA
-".
.,.
5
5
5
x
X
X
4.37 min
3.32 min
5.19 min
Keating Engineering LLC - 1 BB West B Street - Springfield - OR - 97477
Tel: (541) 726-9995 Fax: (541) 726.9996 email: KEATINGENGINEERING.COM
LUKE DUPLEX Bl0l
Prepared by: SK
~
Conditions
QE1E..
Attributes
Actual
Critical
Status
Ratio
~
Adiustments
~
I
I
I
6
_Rl = 5760
03U011
Date: 1/27/03
BASE Fb = 2400
BeamChek 2.2
I 5-1/Bx 12 GLB 24F-V4 OF/OF
Min BearingArea
Beam Span
Beam Wt per It
Beam Weight
Max Moment
TL Max Den
LL Max Den
Section (in')
123,00
75.13
OK
61%
AOJ Fb = 2760
Rl= 8,9 in> R2= 8,9 in' OL Den 0.11 in Suggested Camber 0.16 in
,
12,0 It Reaction 1 5760 # Reaction 1 LL 3960 #
14.94 # Reaction 2 ,5760 # Reaction 2 LL 3960 #
179 # Maximum V 5760 #
17279'# Max V (Reduced) 4800 #
LI 240 TL Actual Deft L /428
LI 360 LL Actual Deft LI 622
Shear (in') TL Deft (in) LL Den
61,50 0.34 0.23
32.95 0,60 0.40
. OK OK OK
54% 56% 58%
Fb (psi) Fv (psO E (psi x mil) Fc.L (psO
2400 190 1,8 650
2760 219 1,8 650
1.000
1.15 1,15
Base Values
Base Adjusted
Cv Volume
Cd Duration
Cr Repetitive
Ch Shear Stress
em Wet Use
BeamChek has automatically added the beam self-weight into the Calculations.
Uniform TL: 200 = A
Uniform LL:
Par Unif LL
500
160
Par Unif TL
H = 745
Start
o
End
12.0
H
Uniform Load A
I
J
I
.6-
R2 = 5760
Uniform and partial uniform loads ale Ibs per lineal fl.
".
SPAN = 12 FT
030012
Keating Engineering LLC -188 West B Street - Springfield. OR _ 97477
Tel: (541) 726-9995 Fax: (541) 726-9996 email: KEATINGENGINEER1NG,COM
LUKE DUPLEX Bl02
Prepared by: SK ' Date: 1/27/03 BeamChek 2.2
Choice I 4x 8 DF-L #2 BASE Fb = 875 ADJ Fb '= 1138 ]
Conditions '91 NDS
Min Bearing Area R1= 2,5 in-' R2= 2,5 in' DL Defl <0.01 in,
Data Beam Span 4.5 It Reaction 1 1589 # Reaction 1 LL 1260 #
Beam Wt per It 6.17# Reaction 2 1589# Reaction2LL 1260#
Beam Weight 28 # Maximum V 1589 #
Max Moment 1787 '# Max'V (Reduced) 1162 #
TL Max Defl. Ll240 TL Actual Defl LI >1000
LL Max Den Ll360 LL Actual Defl LI >1000
Attributes Section (in') Shear (in') TL Den (in) LL Den
Actual 30.66 25.38 0,04 0,03
Critical 18.86 18,35 0.22 0.15
Status OK ' OK OK OK
Ratio 62% 72% 16% 19%
Values Base Values
Base Adjusted
Adjustments CF Size Factor
Cd Duration
Cr Repetitive
Ch Shear Stress
Cm Wet Use
BeamChek has automatically added the beam self'weighl into the calculations.
Fb (pSi)
875
1138
1.300
1.00
Fv (psQ
95
95
E (psi x mil)
1,6
1,6
Fc.l (psi)
625
625
1.00
Loads
Uniform TL: 700 = A
Uniform LL:
560
!
I
6
R1 = 1589
Uniform Load A
J
J
.6.
R2 = 1589
SPAN = 4.5 FT
Uniform and partial uniform loads ~re Ibs per lineal ft.
'-,
03U013
Keating Engineering LLC -188 West B Street - Springfield - OR _ 97477
Tel: (541) 726-9995 Fax: (541) 726-9996 email: KEATINGENGINEERlNG.COM
LUKE DUPLEX Bl03
Prepared by: SK
~
CDnditions
Data
Attributes
Ac1ual
Critical
Status
Ratio
LDads
Date: 1/27/03
BASE Fb = 2400
BeamChek 2.2
I 5-1/8x 12 GLB 24F-V4 DFIDF
Min Bearing Area
Beam Span
Beam Wt per ft
Beam Weight
Max Moment'
TL Max Defl
LL Max Defl
Section (in')
123.00
59.85
OK
49%
ADJ Fb = 2400
Values ' Base Values
Base Adjusted
Adjustments Cv Volume
Cd Duration
Cr Repetitive
Ch Shear Stress
Cm Wet Use
BeamChek has automatically added the beam self-weight into the calculations.
.'
R1= 6.1 in' R2= 6.1 in' DL Defl 0,05 in Suggested Camber 0.08 in
1
12.0 ft Reac1ion 1 3990 # Reac1ion 1LL 3120 #
14.94 # Reaction 2 3990 # Reaction 2 LL 3120 #
179 # Maximum V 3990 #
11969 '# Max V (Reduced) 3325 #
Ll240 TL Actual Defl Ll618
L I 360 LL Ac1ual Defl L I 790
Shear (in') TL Defl (in) LL Defl
61.50 0,23 0,18
26.25 0,60 0.40
OK OK OK
43% 39% 46%
Fb (psi)
2400
2400
1.000
1.00
Fv (psi)
190
190
E (psi x mil)
1.8
1.8.
F cl. (psi)
650
650
1.00
Unifonn TL: 650 = A
Unifonn LL:
520
4-r Jl<;'iH'-( ~~
91D1 l..1'lc .~~
~
t:~
SPAN = 12 FT
, Unifonn and 'partial uniform loads a.;e Ibs per lineal ft.
Unifonn Load A
A1 uY1f1o...J .....oM;..
~um T1I '
(;.V7l1-v,~ ,
",
Keating Engineering LLC - 188 West B Street - Springfield - OR - 97477
. Tel: (541) 726-9995 Fax: (541) 726,9996 email: KEATINGENGINEERING.COM
LUKE DUPLEX B104
Prepared by: SK
~
J Conditions
Data
Attributes
Actual
Critical
Status
Ratio
Values
Adjustments
Loads
I Base Values
Base Adjusted
CF Size Factor
Cd Duration
Cr Repelitive
Ch Shear Stress
Cm Wet Use
BeamChek has automatically added the beam self-weight into the calculations.
I (2) 2x 12 DF-L #2
'91 NDS
Min Bearing Area
Beam Span
Beam Wt per ft
Beam Weight
Max Moment
TL Max Den
LL Max Den
Section (in')
63.28
62,16
OK
98%
030014
Date: 1/27103
BeamChek 2.2
BASE Fb = 875
1
ADJ Fb = 875
R1= 4.5 in' R2= 4.5 in' DL Den" 0.01 in
6,5 ft Reaction 1 2789 # Reaction 1 LL
8.2 # Reaction 2 2789 # Reaction 2 LL
53 # Maximum V 2789 #
4532 '# Max V (Reduced) 1985 #
LI 240 TL Actual Den LI > 1 000
L 1360 LL Actual Den L I >1000
Shear (in') TL Den (in) LL Den
33,75 0.06 0.05
31,34 0.32 0.22
OK OK OK
. 93% 19% 22%
Fb (psO Fv (psi) E (psi x mil)
875 95 1.6
875 95 1.6
1.000
1,00
2210#
2210#
Fcl (psi)
625
625
1.00
Uniform TL: 850 = A
r,.,,;
c.~
/1:
~
, Uniform LL:
680
Uniform Load A
I
R2~
7D kll'-' "->:m.--.!
Uniform and partial uniform loads are Ibs per lineal fl.
SPAN = 6.5 FT
",
Keating Engineering LLC -188 West B Street- Springfield - OR, 97477
Tel: (541) 726-9995 Fax: (541) 726-9996 email: KEATING ENGINEERING. COM
LUKE OUPLEX B105
Prepared by: SK
~
Conditions
Data
Attributes
Actual
Critical
Status
Ratio
030015
Oate: 1/27/03
SeamChek 2.2
I 3-1/8x 12 GLB 24F-V4 OF/OF
BASE Fb = 2400 AOJ Fb = 2400
Min Bearing Area R1= 8.4 in-' R2= 8.4 in' OL Oefl .' 0.05 in Suggested Camber 0.07 in
Seam Span 8.0 It Reaction 1 5436 # Reaction 1 LL 3800 #
Seam Wt per It 9.11 # Reaction 2 5436 # Reaction 2 LL 3800 #
Beam Weight 73 # Maximum V 5436 #
Max Moment 10873 '# Max V (Reduced) 4077 #
TL Max Defl LI 240 TL Actual Oefl LI 622
LL Max Defl LI 360 LL Actual Defl LI 890
Section (in') Shear (in') TL Defl (in) LL Oefl
75.00 37.50 0.15 0,11
54,36 32.19 0.40 0.27
OK OK OK OK
72% .86% 39% 40%
Fb (psi) Fv (psi) E (psi x mil) Fcl (psi)
~ Base Values 2400 190 1.8 650
Base Adjusted 2400 190 1,8 650
Adiustments Cv Volume 1,000
Cd Duration 1.00 1,00
Cr Repetitive
Ch Shear Stress
Cm Wet Use
BeamChek has automatically added the beam self-weight into the calculations.
Loads
/
/
/
Uniform TL: 1140 = A
Uniform LL:
950
Par Unif TL
H= 210
End
8.0
Start
o
I
l
I
.6
R1 = 5436
I fl~ 10,,?
I CVvv"'"-' 10'5
~6
H
Uniform Load A
SPAN = 8 FT,
",
Uniform and partial uniform loads are Ibs per lineal ft.
.
.-.
Keating Engineering LLC -188 West B Street - Springfield - OR. 97477
Tel: (541) 726-9995 Fax: (541) 726-9996 email: KEATINGENGINEERlNG,COM
LUKE DUPLEX ENTRY PORCH IF SUPPORTING TRUS
Prepared by: SK Date: 1/27/03
03U016
BeamChek 2.2
Choice I 3-1/8x 10-112 GLB 24F-V4 DFIDF BASE Fb = 2400 ADJ Fb = 2760
Conditions
Min Bearing Area R1= 5.6 in' R2= 5.6 in' DL Deft .' 0.20 in Suggested Camber 0.30 in
Da/a Beam Span 12.0 It Reaction 1 3648 # Reaction 1 LL 2250 #
Beam Wt per It 7.97 # Reaction 2 3648 # Reaction 2 LL 2250 #
.Beam Weight 96 # Maximum V 3648 #
Max Moment 10944 '# Max V (Reduced) N/A
TL Max Den L /240 TL Actual Deft L/276
LL Max Deft LI 360 LL Actual Deft LI 447
Attributes Section (in') Shear (in') TL Deft (in) LLDeft
Actual 57.42 32.81 0.52 '0,32
Critical 47.58 25,04 0.60 0.40
Status OK OK OK OK
Ratio 83% . 76% 87% 80%
Fb (psi) Fv (psi) E (psi x min Fc..!. (psi)
Values Base Values 2400 190 1.8 650
Base Adjusted 2760 219 1.8 650
Adiustments Cv Volume 1.000
Cd Duration 1,15 1.15
Cr Repetitive
Ch Shear Stress
Cm Wet Use
BeamChek has automatically added the beam se~-weight into the calculations.
Loads
Uniform TL: 600 = A
Uniform LL:
375
i
Uniform Load A '
I
1
6
R2 = 364B
I
I
6
, R1 = 3648
SPAN = 12 FT
Uniform and partial uniform load5 are Ibs per lineal fl
. ..~
03UCJ17
Keating Engineering LLC - 188 West B Street - Springfield - OR - 97477
Tel: (541) 726-9995 Fax: (541) 726-9996 email: KEATINGENGINEERING.COM
LUKE DUPLEX H102
Prepared by: SK Date: '1127/03 BeamChek 2.2
Values Base Values
Base Adjusted
Adius/ments CF Size Factor
Cd Duration
Cr Repetitive
Ch Shear Stress
em Wet Use
BeamChek has automatically added the beam self-weight into the calculations.
Choice
Condmons
Data
Affributes
Actual
Critical
Slat us
Ratio
Loads
I 4x 8 DF-L #2
'91 NOS,
Min Bearing Area
I Beam Span
Beam WI per ft
Beam Weight
Max Momen1
TL Max Defl
LL Max Defl
Section (in-')
30.66
13.83
OK
45%
BASE Fb = 875
ADJ Fb = 1138
R1= 2.4 in' R2= 2.4 in' DL Defl <0,01 in.
3,5 ft Reaction 1 1498 # Reaction 1 LL
6,17 # Reaction 2 1498 # Reaction 2 LL
22 # Maximum V 1498 #
1311 '# Max V (Reduced) 981 #
L/240 TL Actual Defl L/ >1000
LI 360 LL Actual Defl LI > 1 000
Shear On-') TL Defl On) LL Defl
25.38 0.02 0.01
15.49 0,17 0.12
OK OK OK
61% 9% 11%
1190#
1190#
Fb (psi)
875
1138
1.300
1.00
Fv (psi)
95
95
E (psi x mil)
1,6
1.6
Fc..L(psi)
625
625
1.00
Uniform TL: 850 = A
I
I
6
R1 = 1498
Uniform LL:
680
Uniform Load A
I
]
6
R2 = 1498
SPAN = 3.5 FT
Uniform and partial uniform loads are Ibs per lineal ft.
",
Keating Engineering LLC -188 West B Street - Springfield - OR - 97477
Tel: (541) 726-9995 Fax: (541) 726-9996 email: KEATlNGENGINEERING.COM
LUKE DUPLEX H201
Prepared by: SK
Values Base Values
Base Adjusted
Ad/ustments CF Size Factor
Cd Duration
Cr Repetitive
Ch Shear Stress
Cm Wet Use
BeamChek has a~tomatically added the beam self-weight into the calculations.
.". .-......'-..-
Choice
Conditions
~
Attributes
Actual
Critical
Status
Ratio
Loads
03UCJ18
Date: 1/27/03
BeamChek 2.2
! 4x 8 DF-L #2 'BASE Fb = 875 ADJ Fb = 1308 1
'91 NOS
Min Bearing Area R1= 3.4 in' R2= 3.4 in' DL Deft 0.03 in
Beam Span 5.5 It Reaction 1 2107# Reaction 1 LL 1306#
Beam WI per It 6.17 # Reaction 2 2107# Reaction 2 LL 1306#
Beam Weight 34 # Maximum V 2107#
Max Moment 2897 '# Max V (Reduced) 1644# ^
Tl Max Deft L/240 TL Actual Deft Ll745
LL Max Deft LI 360 LL Actual Deft LI >1000
"
Section (in') Shear (in') TL Deft (in) LL Deft
30.66 25,38 0.09 0,05
26.58 '22.57 0.28 0,18
OK OK OK OK
87% 89% 32% 30%
Fb (psi)
875
1308
1.300
1.15
Fv (psi)
95
109
E (psi x mil)
1.6
1.6
Fcl. (psi)
. 625
625
1,15
Uniform TL: 760 = A
Uniform LL:
475
I
I
6-
R1 = 2107
Uniform Load A
J
6
R2 = 2107
SPAN = 5.5 FT
Uniform and partial uniform loads am Ibs per lineal ft. .
.
03UCJ19
Keating Engineering LLC -188 West B Street - Springfield - OR - 97477
Tel: (541) 726-9995 Fax: (541) 726-9996 email: KEATINGENGINEERING.COM
LUKE DUPLEX
TYPICAL 4X4 COLUMN
Choice
4x 4 DF-L 112
Prepared by; SK
Wood Column
Dale: 1/27/03 BeamChek 2.2
Conditions
Using values for 2x and 4x solid sawn, Dimension Lumber. NOOO In Grade Values
Oata
Reaction 6500 # Column Area 12.25 in' Kf 1.00
Actual Height 8.0ft Ie d 1 Effective Ht 96 in c 0,80
Unbraced d1 8.0 ft Ie d2 Effective HI 96 in KcE 0.30
Unbraced d2 8.0ft Ke Buckling Mode 1.0 FcE 63B
Actual
Crilical
Status
Ratio
le/d
27
50
OK
54%
psi
531
568
OK
93%
Area (in')
12,25
11.44
OK
93%
Base Values
Base Adjusted
CF Size Factor
Cd Duration
Cm Wet Use
Cp Stability
Fc /I (psi)
1300
568
1.15
1,00
1,00
0.38
E (psi x mil)
,1,6 I
1.6
Attributes and Vatues
Controlling d is. 3.5 inches
1,00
Note: A wood plate under this column must have an Fe value, perpendicular to the grain, greater than 531 psi.
. .
.
Project:
M LUKE DESIGNS DUPLEX
LANE COUNTY OREGON
DUPLEX HALF
.;:: cc.vp.AlUt!!)KS rT.>-/7N-f
FOUNDATION GRADE BEAM
Plywood sheathed panels with hold-down restraint
Concrete prade beam desiQn for base restraint
n '1 (1 (I .2 i_I
Page:
Date: 1/27/2003
Proi no:1
Foundation wall: ITYPICAL FOUNDATION GRADE BEAM . spacing I"
Location: B101/103/104, bay width
Olft
Olft
Input parameters: I proposed point load: I
react. from above: I
soil bearing: I
depth of footing I
embedment: I
8000 LBS
o LBS
1200 LBS
12 IN
12 IN
applied DL from roof: I
applied DL from walls: ,
applied DL from floors: ,
applied LL from roof: I
applied LL from floors:
40' LBS
160 LBS
40 LBS
100 LBS
160.LBS
Foundation: footing width: I 15 'IN
footing depth: j 7 IN
wall width: I 8 IN
wall depth: I 24 IN
depth of steel from bottom of grade bm: I
depth of steel from top of prade bm:
concrete strength: 2500 PSI
reinforcing grade: 60 KSI
reinforcing bar size: I 41'
number of bars 3
311N area of steel: 0,58875 SQ, IN
2 IN rho: 0.00307
Output: footing reserve cap: 1617.70831PLF
grade beam length: I 12.95 L1N FT required for point load distribution
required moment: I 259021 LB FT '
allowable moment: I 357781 LB FT
allowable shear I 8160libs DOES NOT CONTROL
concrete Ft: 4041 PSI ' CRACKED SECTION
uplift resistance: I 5485 LBS ASSUMING UNCRACKED SECTION
uplift resistance: I 64461 LBS ASSUMING CRACKED SECTION (CONT LENGTH)
Maximum uolift: I 01 LBS based on bav width of 0 FT and f.s.=1.5
Notes: steel is imbalanced at bottom of grade beam
concrete strength is limited to 2500 PSI for purposes of design
reinforcing grade 16 KSI
soil bearinQ caoacitv is Iimted to code-soecified minimum
BEAM REDISTRIBUTES ROOF LOADS TO FOUNDATION, WHICH WOULD BE OF SUFFICIENT
DIMENSIONS FOR DISTRIBUTED LOAD. GRADE BEAM DESIGN EVALUATES FOOTING'S
ABILITY TO ACCEPT MOMENTS WHILE REDISTRIBUTING LOAD TO SOIL WITHOUT DISTRESS
,
",
Keating Engineering LLC -188 West B Street- Bldg P - Springfield - Oregon - 97477 _ (541) 726-9995
'~roject:
M LUKE DESIGNS DUPLEX
LANE COUNTY OREGON
DUPLEX HALF
Key Number. I PIER B
Location: PORCH CORNER
Input parameters:
applied load I
depth of exc. to native
footing thickness j
column dimensions I
depth to steel I
F'cI
Fvl
System Design depth to steel I
actual d/2
allowable Vc
reinforcing bar size #
development length
available development
, Ker
Pier design
Notes:
two-way shearl5167.S6/LBS =
one-way shear I 9664 LBS =
bending moment I 3624 LB FT
bar spacing I 12 IN oc
reinforcing bar size # 4
rho 10.003271 rho bail 0.0508657Irhomax
moment caoacitv 111229.61 LB FT 1 Ker
INDIVIDUAL SQUARE FOOTINGS I
Cast-in-place reinforced concrete I
'03ufJ22 I
Date: I 1/27/20031
Proi no: I I
WIDTH/ 321 REINFORCING #1 41 BARS
LENGTH 32 SPACING I 12 OCEW
5436 LBS soil allowable bearing I 1000!PSF
1 FT footing unit weight I 100lpSF
8 IN ..' net soil allOwablej 900lpSF
6 IN surcharge load 960 I PSF
3 IN above base minimum footing area: I 6.04 sa FT
2500 PSI footing dimensions (inches) I 321 EA SIDE
60 KSI actual bearino oressure I 864.438 PSF
5liN reinforcement locetionfactor 1.00
5.5 IN reinforcement coating factor 1.00
200 PSI reinforcement size factor 0.80
4 lightweight concrete factor 1.00
14.40 IN transverse reinforcmenl index 0,00 ACI min
11.25 IN 'CHECK EFFECTIVE REINFORC :1v1"" I t<ATIO
1.28 to account for reduced develoDment lenoths
8,54 PSI allowable I
60.4 PSI allowable I
required de5ign moment I
200 PSI
100 PSI
6160,8LB FT
I 0.038151
Place reinforcing steel on supports 3" above base of footing unless noted
provide 2" clearance from formed sides to ends of bars at sides
If earth-formed sides, allow one additional inch of reinforcing bar clearance (increase
pier size 2" in length and width)
use 2500 psi concrete for design, 3000 psi concrete for durability
use orade 60 deformed metal reinforcinq bars
..,
Kealing Engineering LLC -188 West B Street - Bldg P - Springfield - Oregon - 97477 - (541) 726-9995
c.
OUM 28D~- II?PJ
"
" ~
j:
APAZ
ARCHITECT, AlA
------------------------------------------------------------------------------------------------------------------------------------------------------
86950 CEDAR FLAT ROAD
SPRINGFIELD OREGON 97478
· (541) 744-2046 · Fax (541) 744-1017
-------------------~--------------------------------------------------------------------------------------------------------------------------------------
October 7,2004
Page 10f2
Tom Marx
City of Springfield
Development Services Department
225 North Fifth Street
Springfield, Oregon 97477
Re: Plan Review Comments,Wullschleger Project
6280 & 6282 Aster Street
Dear Tom,
In response to your Plan Review Comments of September 20, on he Wullschleger
Townhouse Project, the following information is provided according to your item
list:
1. Building address numbers provided as shown on the building elevations.
2. A 22' x 30" attic access will be provided in each unit to their attic space.
3. All penetrations of fire rated walls will be sealed in an a.pproved method, as
shown on drawings
4. ring structural lateral load caiculations.
oundatitm plan for girder truss load footing, tD[ (p 10+.
~.
mc: Calculations,
,.
..)
.....
f
proj. #2902 / WULLSCHLEGER TOWNHOUSES
SHEARWALLS
ecale: 3/32" = 1'-0" approx.
proJ'c", I'IULLSCHLEGER TOWNHOUSES
location: SPRINGFIELD, OR
dat<: 10/6/04 pro]. #2902
~HAL PFEIFER PE, P.C,
eontlultlng Ef19inecr
BUlldf"!J Detllgn
(541) 61>3-4257
40 W. 17th Suite A Eugene: OR 97401
Z1 Z2 & W1: 1/2" CDX or 7/16 OSB, 8d@6" edge" I 12" Interior" nailing,
Blocking NOT required. Nailing in"pectlon NOT required.
W2: 5/8" gyp. bd. ea. "Ide. 6d cooler" x 1-7/8" (or equai) @7".
Blocking NOT required. Nailing in"pectlon NOT required.
SDS1/4x3" "crew" @ 12" olc "taggered @ bottom plate to floor. deck.
W3: 1/2" CDX or 7/16 OSB, 8d@6" edge" I 12" interior" nailing,
Blocking NOT required, Nailing In!5pectlon NOT required.
1/2"x10" AB',,@4' olc.
W4: 5/8" gyP, bd. ea, "Ide, 6d cooler" x 1-7/8" (or equal) @7".
Blocking IS required. Nailing in"pectio:1 IS required.
SDS1/4x3" "crew" @ 12" olc "taggered @ bottom plate to floor deck,
W4A: 1/2" CDX or 7/16 OSB, 8d@4" edge" 112" Interior" nailing,
Blocking IS required, Nailing iMpection IS required,
SDS1/4x3" ,;crew" @ 12" olc "taggered @ bottom plate to floor deck.
1/2"xlO" AB',,@4' olc,
H = HPAHD22-2P STRAP
NOTE: "pllce all double top piate" a minimum 6'-0"
w/10d @ 3" olc "taggered for 3' ea. "ide of ea. Joint
,,~3" R/W = REINFORCED WINDOW (in"lde or out"ide)
.---~ "-
I ::- U"e CS20 "trap @ "III and header (2 per window)
!/ Center CS20 on window
---.. -I r 16" Block behind CS20 wi ?.x flat a" req'd.
II Fa"te" "trap w/full nailing @ end 24" & 25~. @ middie.
____.. ..... II Teco hanger nail" may be u"ed in lieu of catalog nail",
Strap @ header only when "pecifled @ doorway".
W.O. #2902 I WULLSCHLEGER TOWNHOUSES ..,
"
HAL PFEIFER PE. P.C. 40 W, 17th EUGENE. OR (541) 683c4257 unit wt. area wt,
"
nla nla 0.00
floor 8.10 1.512.00 12,247,20
walls 6,60 2.099,00 13,853,40 .. ...
Ca= 0,36 (zone 3) Intlwalls 5,50 1.772.00 9.746,00
SEISMIC DESIGN 1= 1.00 camp, roof 13,13 2.150.00 28,229,50
R= 5,50 (plywood walls) total 64.076,10
V = (3,0 Ca I R ) W 3.0 Ca I R = 0,196
wallldenttflcatlon # W Z3 Z4
.
len'lth of ehear wall L 33,00 25,10
tributary werght of loading Wt 31,397,29 32,678,81
total ohcar on wall V=Wt X f 6.165,29 6,416,93
unit ehear per ft. of wall v=V/L 186,83 255,65
vertfcal d6Sd load along wall I ft.. DLV 348.48 351.11
CDXorl)SB CDXorl)SB
8d@6" 8d@6"
1/2xl0AB',,@2' 1/2x10AB'e@2'
Z3 Z4
.hear wall height H 8,10 8,10
dletanoe l:fetween anohor., L' 30.00 22.10
wall ratio H/L' 0,27 0,37
reaction at .nchor R=V(H/L) 1.664.63 2,351.91
dead load at reaGtlon DLO 2.787.84 2,808.85
fa_rod d.ad load DLO X 1.0 2,787,54 2,808.85
n..r.actlon.tend R net (1,123,21) (456.94)
IlMchorage 1/2x10A61;,@2' Bd@611
note: N-17(16ga.) eta pie" may l>e ueed In lieu of 8d nail" @ 751. of req'd. "pacing
SHEATHING: 1/2"CDX or ratea 7/16" OSB "htg, or 1/2" OSB eldlng wI 16" olc etude
note: recommended minimum 41 ole anchor bolt spacing
wall material (v)
nalllne (v)
anehorbolte rSil'd (ntrt v)
OCT 06 2004
EXPlk~.. ":e./~"/U4
"
proj. #2902 / WULLSCHLEGER TOWNHOUSES
(for 3-plex without garage repeat W1 & W3 walls)
21 21
"
21
21 J
..........,
,-
W1
W2
22
22
21
I
2ND FLOOR .1.,.
W2
J
J
~
22 Z2
22
23.
23
RNJ23
23RNJ l
'1 RNJ 23
I
W3
W4
24 RNJ 24
1ST FLOOR
W4
I
r 24 RNJ 24 .'
. 21
21(similar)
.;1
I
W1(sim)
RNJ
J W1(sim)
22(sim.) 22(sim.)
W1
.-'"
22
23 23(sim.)
I .........,
.. W4A
24 RNJ 24
W3(sim.)
W4A
J
W3(sim.)
'HH HH
: See portal shear wall detail
W4A
....i2..l
.'
,
OCT 0 6 209~
EXPIRt::> 'l~f~1/04
~HAL PFEIFER PE. P.C.
Con&Utttng EM4Jlneef"
6ulldir1g Deeign
......
-
(541) 003-4257
40 w. 17tn SuIte ^ Eueene OR 97401
SHEARWALLS
ecate: 3/32' = 1'-0' approx.
proJ_ WUlL5CHLEGER TOM/HOUSES
location, SPRINGFiElD. DR
date, 10/6/04 proj. #2902
NOTE: If multiple member header 19 U&&;I, only 'the
outer mem!?er Ie required to !?e eontinuOU9.
continue header t;Y\It:rwall _____ ' ,:...,.""",."".""""""""..;",
fset.t:n plywood to !?eam . _______ : : : :-:.:,>:-:<<<<<<<<<.;: :
wl8d 03" ole horlz &vm. ":, .:::::::;::;::::::::::::::;:::;'::
:-:<<<<<':-:<<.:<::;:: : :
.::;:;:;:;:>:: ;:::;::;:::: .,
1I2CDX or 711605B from bot.tom of 5i1\______ '; ; . ;:::;:;:::;:;: ;:::;::::::.;,: :
t.otopofdoorbt:sm "., ,',',',',','" -:<',','';" -............
:: .;,~;:::;;:::::: :::;:::;:::::: "-
'.: ::;-;.;-:<;:: : :<<::;<, ' : : (4)Simpeon Sf22 et.rspe
; : :;' :~':-:':': : ::-;':' :'::: : : or C522 etrap5 x 22' .
---- ".. ......1.... .'...' (2'inaid.& 2,outold.)
;i;~~~-~rBI .~"='~":
"..,,'..,".:;:.;:~.,' <:>
,::>)):)>::~':: ~
HPAHD22-2P5TRAP5 : :: ;::::::;:::: : :::/:::: : ::
" """,',""","""'".,
(Ovt:rt:Xcav~foot.lnljf~ ,., -:-::-:.;<': :-:-:<:::-'"
W.pl.ngth'froq'd) ~): ::{::): ::::::::::::::
1/2X10" anehorbolte ~ ~ ~: :;::::.;<<: -:-:<::;<: ; .
~: ~: UUU: :nnm: :: :
.~: >,:-:<:::-:: :-::-,:-;-;'::' / #4barDlt.op
:'1""";"""":"""":',;'/
-~,r" : .~: /#4v.rr-.wI6..I.g...,.nd
\ J / /'" 6" mln, fnd. w.1I
"--- 'tI'~!.
((
faBUn wi 8d IJ) 3" ole at. edlje6
&. 6" ole IJ) field
, foot.inlj rebar -------
-
FOOTING CONTlNUOU5
Faeun HPAHD to foot.lnlj rebar wi #3 rebar tie
SCALE: 112" = "-0" APPROX,
PORTAL SHEAR WALL
USE THESE SPECIFICATIONS OR EQUAL
~,
.
\.
OCT 0 6 200~
EXPIRt;:> U/;S'I/O.+
40 W. 17th 5uIU A Eug.n. OR I (541) 683-4257
project: WULLSCHLEGER GARAGE
location: SPRINGFIELD.,OR
date: 10/6/04
5WGRSTRC.TCW