HomeMy WebLinkAboutSTRUCTURAL DESIGNS - 05-00482 - Magic Suds Laundromatr-
t: IN
�
91neers and Profes.sq
Cot-tsuffing En
onaf
Date: November 23, 2005
To: Randy Landon
2287 West 4200 South
Rexburg, ID 83440
0500482
Magic Suds
Re: Struct. ral and Site Design of Ma l� Sudsg buNdrng located In Rexburg, !D.
Dear Randy,
I have completed the structural analysis on the above mentioned
attached the calcul��ions and modified the arGhitectural drawings b��Id�ng` 1 have
structurai measures necessar-y fo cQunteract shear and o�ertu nto
������e�� th
e
fold downs_ anrl fr)"nrqnfi„�, ,4ng such as shear w��l�
5 ![]6.
Thompson Engineering has also complefied the su
the above mentioned building. This is ineluded as
r'vey and associated side design for
an addition 'to your drawing set..
Please contact me if I may be of further assistance.
Sincerely,
\ONA L
l
6 3
OFr
Daniel B. Sharp, P.E.
I
DEC 0 9 2005��
s 54 E.. ain, C) B Ox 551 Rigby, ID 83442 Thane (2t}8)745-8771 fax (208)745-63s'i
NP
Cotisulting
Eng
Irleerand
CALCULATIONS ASID DRAWINGS
For
Magic Suds
Locatedi"n Rexburg, Idaho
Codes Used for AnalYSISE
IBC 2003, ACI 318-05, ASCE 7-02
Table of Contents:
loading
Seismic Load
Wind Load
Anchor Bolts and Seismic Held gowns
Footing Design
Simpson Strong `die Data
1
� to 4
4 to 5
5
fi
8
QQOF�S�G15T Eq o��tiF�
` P
116 3 0
a
o9�F� OB
Daniel B. Sharp, P.E.
154 East FkAajn5 PQ Box 55, Rigby5 ID 8344.2 Phone (208)745.,,8771 Fax (2Q8)745-6391
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KANDY LANDON
Date and Time: 11/22/,q�5 2:24M-41 PM
MCE Ground Motion - Conterminous 48 States
Zip Code - 83440 Ctrenal Latitude = 43.7634F9
Period
{sec}
0.2
`n
Uentral Longitude = -111.
MCE Sa
(%g)
0,60.6 MCE Value ofSs,
S116'
nen �
609017
e Cias
Z1.0 �viuc value of S 1, Site Clas
Spectral Parameters for Site Class C
0.2 070.3 Sa = FaSs, Fa = 1.16
1.0 031.1 Sa = FvSj, Fv = 1.61
Spectral Parameters for Sita r.iacc a
0.2
1.0
Spectral
0.2
1.0
Spectral
om-2-_ ,
060.6 Sa = FaSs, Fa = 1.00
Q19.3 Sa = FvS1 , Fv =I .00
Parameters for Site Class C
070.3 Sa = FaSs', Fa = 1.16
031.1 Sa = FvSj, Fv = 1.61'
Parameters, ffir'Ritca rio r,
1.0 _
079.4 Sa 5 FaSs, Fa = 1.3 1 �
039M-2 S FvS1Fv = 203: �
Spectrum for Site Class D , .
Period MCE Sa
'IF
(sec) (%g)
0.000 031.8
0.099 079.4
0.200 079.4
0.494 079.4
0.500 078.5
0.600 065.4
0.700 056.1
0.800 049.1
0.900
043.6
1.000
039.2
7.1 00
035.7
1.200
032.7
1.300
030.2
1.400
028.0
1.500
026.2
1.600
024.5
1.700
023.1
1.800
021.8
1.900
020.7
2.000
019.6
T = 0.0, Sa = 0.4FaSs
T = To, Sa = FaSs
T = 0.2, Sa = FaSs
T = Ts, Sa = FaSs
T = 1.0, Sa = FvSj
Maximum Considered Earthquake Ground Motion
Site Cess D Fa = '!.3'I
Fv - 2.03
Zip
Centraf La#. = 43,763462 °de = 8344{7
Central Long. �-.g09017 deg
0.5
Period, sic
■
T
0.6
0.5
0.4
15
0.3
'#
LU
Q
041
0.5
Period, sic
-t
1�4 T—
wN = y`; Z S
.. ki'l—i ZA-0-44cl-F,
3
MEOW
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r WW
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id
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"lip s ()II '� ironcr- i le i -HIX STHD Strap Tie Holdown
�-:iq
z
>> H.ome > 1 r.d
t -
http:8,w,vvw.StrC)n:atiC,C0M,/ r
UC si/cOnnectc)rs/`LSTIID,ST14D.btm
LSTHD/S
TH . rr.
�:v.
�
0.17
The ltet vers'on of the STHD zilrap Tie Ho
IOwns W'11 improve flt n rp r t m any fat rae that
StraPM2WD you have a performance. When used in conjunction with the
tem that pregame both Par2JIel and P dicular
movement relative to the rm, allows for accurate location
reduces the possibility of spafling (arid therefore avoid .
Costly rtrfit f.
The STHD is an embedded Strap tiel-down � with high l a
tr�e� n��� errs �� �� . d capacityn�'
Features
ta. Alerpw�,im:
El E.,
a Ft
Load Table
Gallery f images
Code Reports
Drawings
L.Q1 to s
The strap n�lir� Pattern li ���
for r�� i r i� t �� � � � ������e
tb e b er I' able ie h�rc f Buri
ane ll for increased front t b,
n�' n�' reduced�llin. � Bret ���r
countersunk0 Strap naii slots are to Provide2 lower n2i1 head
e Rim i0ist models WcOmmodate up to a 171F clear sThe built-in tib hl 'tout any Ions of tr niflr
! STHD away from the frrpb
for line shows for 2 iris ti tib retroment depth. Tit.
-P The StrapM2te Material: LSTHD8, J 14 ga, all ether -1 1
Finish: Galvanized
installation:
Use all SP06fied fasteners. See aeneral Not
See Post Tens i n InfcjrmationInstall before concrete pour with a StrapMat.,
or other Na..
�� tri fr t�bottom�holdin��c.
. `tr� may bent one full
strapBending the 900 to aid W211 P.12cement may cause s
measured f��r� 1� � liar� behind the strap. If � y
embedment t t r �r r fess,
'" (see illustration f t�,. full leads apply. For
, the ll ble� lead i 0.90 of ��snailsbetween � �' and
For � Pour i �b table ��,
installations ll tin Ili is measure
Where 4 fromthefirs � Pr
er fasteners are used �n the
slab
structural
! ped
member, reduce load
a�rint
t
he
code,nJotherwisere��� � T install brei joint within b embedmentptbetween the �� foundation ll rf t o beneath, urdeprrlenr made to transfer
bload$ or the lb � designed t Read imposed d b the anchor- bconcrete blockfoundation slabs are Poured
To het the fUll t2ble load the minimum
center-to-center spacing IS twice the
resisting tension iad 2t the same time. �'ent deptwhen
amountThere is an increase in the f deflection if the stns i instal
sh
pa rye! instead f directly t the framing-
� len th�� ��� �f �
Foundation Corners: N@11 qU2ntifies may be reduced for Jess than I riser diSt2n design ��
the code allowable load for fasteners d
terser �� shear.
To die doublemembers
m berg
together, the Designer must determine
tt act One
Unitwithout splitting the wood. he fasteners required to bind members
• dditionl studs attachedto the
deall studs or dost b required
sheathing nailingby the einerfr�!
11/23/2005 3437 PM
•
s �,
•1
ta. Alerpw�,im:
El E.,
a Ft
Load Table
Gallery f images
Code Reports
Drawings
L.Q1 to s
The strap n�lir� Pattern li ���
for r�� i r i� t �� � � � ������e
tb e b er I' able ie h�rc f Buri
ane ll for increased front t b,
n�' n�' reduced�llin. � Bret ���r
countersunk0 Strap naii slots are to Provide2 lower n2i1 head
e Rim i0ist models WcOmmodate up to a 171F clear sThe built-in tib hl 'tout any Ions of tr niflr
! STHD away from the frrpb
for line shows for 2 iris ti tib retroment depth. Tit.
-P The StrapM2te Material: LSTHD8, J 14 ga, all ether -1 1
Finish: Galvanized
installation:
Use all SP06fied fasteners. See aeneral Not
See Post Tens i n InfcjrmationInstall before concrete pour with a StrapMat.,
or other Na..
�� tri fr t�bottom�holdin��c.
. `tr� may bent one full
strapBending the 900 to aid W211 P.12cement may cause s
measured f��r� 1� � liar� behind the strap. If � y
embedment t t r �r r fess,
'" (see illustration f t�,. full leads apply. For
, the ll ble� lead i 0.90 of ��snailsbetween � �' and
For � Pour i �b table ��,
installations ll tin Ili is measure
Where 4 fromthefirs � Pr
er fasteners are used �n the
slab
structural
! ped
member, reduce load
a�rint
t
he
code,nJotherwisere��� � T install brei joint within b embedmentptbetween the �� foundation ll rf t o beneath, urdeprrlenr made to transfer
bload$ or the lb � designed t Read imposed d b the anchor- bconcrete blockfoundation slabs are Poured
To het the fUll t2ble load the minimum
center-to-center spacing IS twice the
resisting tension iad 2t the same time. �'ent deptwhen
amountThere is an increase in the f deflection if the stns i instal
sh
pa rye! instead f directly t the framing-
� len th�� ��� �f �
Foundation Corners: N@11 qU2ntifies may be reduced for Jess than I riser diSt2n design ��
the code allowable load for fasteners d
terser �� shear.
To die doublemembers
m berg
together, the Designer must determine
tt act One
Unitwithout splitting the wood. he fasteners required to bind members
• dditionl studs attachedto the
deall studs or dost b required
sheathing nailingby the einerfr�!
11/23/2005 3437 PM
�`lai��� �� �, � u��b`
lie'L�l'HD/STMStrap Tie HoldolA7n
G-affeiry:
HOLDOVYN
Yl—
COK"RETE
FOUN-DATION
BY OTAERS,
f5
"OR[ -14TAL
-2 0
PROJECTIJON
• F -MBO)DDED
E
POJ TIM
AP
OF STR
LDOM
40 LAB
M l x
M
.94 RESAR Wiff-H.-RN
I HATCHED MEA
(MAY BE
FOUNDATION REB.
'VED TO
BE TIED TO RERA R
http:l/uww.strongtie.0omfproducis/connectorslLSTM-S
TTM.htrn-
roli over Images below to see largerimage
STHD
U.S. Patent
5,813,182
I M a g
u prq
ciated joy
2005
Typicaf
STH014RJ
Rim Joist
Application
image
LI
%_j PPlated July
200 5
---ig
El'�'
New
Built-in Tab
Feature
PVAMZR
14 ow
I
TYPical STHD
Edge
InSrtall2tion
(for two pour,
s e e fo oln—D te
-5.)
image
Grp Lei july
200;1�
.L.J
STHD with
striate
TYPIGal STHD
Comer
Installation on
3-2x studs
(for two pour,
see foo
Aacte
5.)
N211S are
countersunk
for a low
profile strap
SUrfa.
Typical
STHD14
Two Pour
Installation
image
UPdat%el,d July
2005
roll Over images below to see larger image
Single Pour Rebar Installation
F
Image mdatedji-iju 7Co,,)S
J - k-1
z
.06
Typical
STHD14
Two Pour
Installation
image
UPdat%el,d July
2005
roll Over images below to see larger image
Single Pour Rebar Installation
F
Image mdatedji-iju 7Co,,)S
J - k-1
Two P01jr Rebar Instailatiori
imageupdat-ri Jul -
!=%-z Fy 2005
Waintain minimum rebar cover, per ACi-318 concre rin
Go
-requirements.
Spalling Load Reduction I
0
If strap is bent horizontal 90'durl ng Installation, and then bent
vertical for nailing to the stud concreteSP211ing could result.
Load reductions may a'
pply, see installation note.
Spall Reduction System for STHD and HPAHD
Features
BUIlt-in t2b
f3erefits
Holds STHID away from
the formbo;ard, reduces
pall inand costly
retrofits and prevents
movement of the STD
back Into the formboard,
Ii/2J/2U053:37PM
z
AMA&
Z-24"..
`TF
4F
Two P01jr Rebar Instailatiori
imageupdat-ri Jul -
!=%-z Fy 2005
Waintain minimum rebar cover, per ACi-318 concre rin
Go
-requirements.
Spalling Load Reduction I
0
If strap is bent horizontal 90'durl ng Installation, and then bent
vertical for nailing to the stud concreteSP211ing could result.
Load reductions may a'
pply, see installation note.
Spall Reduction System for STHD and HPAHD
Features
BUIlt-in t2b
f3erefits
Holds STHID away from
the formbo;ard, reduces
pall inand costly
retrofits and prevents
movement of the STD
back Into the formboard,
Ii/2J/2U053:37PM
of 5
0u ung I 1e f LS'1'HDISTHD Strap Tie Holdowia
`LOC�P--JTable.
}� r
M d au � Min..
I LSTHD8 LSTPO-mi
e
�� ..P D.
MIN
STH D 8 1 STH D8 PW
D 4 Y cMHni A P .
http--/�rw,���.r"r
t'
0
trS/ S 'THD. h tm
No additional labor.
� - •, �= A -� � � Rau f,.�•s� ��.�
• :: •- � •, ... •:. ..-. .` � �= � *.-',o�.,�, �•: � -�,� �•...,�,,:-_u�r." a ,�.,.,r,
AOR
}
Is
Aft50.2$85 2135
r
w2 .'"
;� Zvi 0
3.
14 'RJ'after the model indicates Tfor rim joist
2. STH D 1 4RJ on 8" sternwa 11 requires 30-16d sinkers, with the (I e ) JoLad at 133% of 4960 Ibs.
3. 1 Od commons or 12d Common nails may be used with no load reductic-n.
. Minimum rill end distance to preventspliffing i The"
STHDIO atthe same on clition i 2035 lbs. f�� 1 / " end di tans. S. Fortwo pourwith 4 slab or less. The STHD14 load at 1/2 end distance 2000 Ps"is 3235 Ibs, �� � Ibs. t 1end distance,
. Allowable loads have been inc:rd. % andend distance.
0% for earthquake e or wind loadin with no forth r increase � allowed; reduce
rh rother load govern.
. Strap may be bent one full cycle.
8. aIo.aite Joads using straight fire interpolation for comer distances between 11271 and I
9. STHD 14 a nd STH D 1 4RJ i nsta lied on H F/S PF in an 8PI stemwall: the I e load is 5280 lbs.
11/23/2,005 3PM
LS1'HlllSTHM Strap Tie Holdo�vn.
http.Il�u�vw.strongtie.cpm/praductslconnectors-S T.HID.htrnl
CQ0�k_-,RPpQ.rts (PDrs) Ste table abovefor sp�eifc produet rences
!GC ER Reports {formerly lCBp RePvrts} about the SCC
uOde Re. 32: aR5349 (3871)
LSTHDISTHD Series Strap Tips
Code I'll"Ief. 28: E_R�5275(460k)
h
Light Gage Steel Applications: LTB, LTS, MAS, MTS, S1A23, SIH , S1H2, SfH2.5, SIH3, SlHDB
51HD'I D, SIHDI 5, 51LS50, SILS701 SILTT20} S,+HTT1 4, SINlST, SIPAHD, 51HPAHD, ST, TB ,q2 �
CMST12, CMST14, CS16, CS18, CS20, CS22, HPAHD22-2P, LSO, x.50, X70, iCFLC A231
STHD8, STHDID, ST"HD14 , SIJCT8-�4,
Florida Statewide Product Approvals
Code FZef. 122: EL503
Code Ref. 121 EL474
Drawings (DWGs)
Perspective
ATE
T—H P 14 R J
Orthographic
LTHDB
5TF-ID10-R
STKD'!4-R
M n F
i FL
To download drawings, right -click or Ctil-click on the link, then choose "Sav arg et As... PI
YH . l id T Q, RQLA R
5! D 4
TD I -SMEM
TDJ
R-elat-ed Catalog Pages(Mr`s)
C-:
ST�LEJRPL HD_= U
�[_Q
`a -L LS- IT-H—D 8 --R STHDIO
aT- H ' C)Rj- —�F 1 J -L THS
QTHD1 4RJ_ S I
'�. TH� -L STIP
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