My WebLink
|
Help
|
About
|
Sign Out
Home
Browse
Search
710 N BROADWAY GREENSHIELDS INDUSTRIAL SUPPLY 2025-08-21
>
Address Records
>
N BROADWAY
>
710
>
GREENSHIELDS INDUSTRIAL SUPPLY
>
710 N BROADWAY GREENSHIELDS INDUSTRIAL SUPPLY 2025-08-21
Metadata
Thumbnails
Annotations
Entry Properties
Last modified
8/21/2025 10:32:11 AM
Creation date
7/22/2025 8:31:21 AM
Metadata
Fields
Template:
Address Document
Street Name
N BROADWAY
Street Number
710
Tenant Name
GREENSHIELDS INDUSTRIAL SUPPLY
Imported From Microfiche
No
There are no annotations on this page.
Document management portal powered by Laserfiche WebLink 9 © 1998-2015
Laserfiche.
All rights reserved.
/
71
PDF
Print
Pages to print
Enter page numbers and/or page ranges separated by commas. For example, 1,3,5-12.
After downloading, print the document using a PDF reader (e.g. Adobe Reader).
View images
View plain text
Temperature Factor C(,D = 1 NDS 2018,Table 233 <br /> Incising Factor Ct,t, = 1 NDS2018.04.38 <br /> Adjusted Shear Strength F; = 67 psi. NDS 2018,Tab'e 4.3.1 <br /> Applied Shear Stress f„ = 54.4 psi <br /> Bearing(NDS 2018 3.10) I - -- -- - --- ------ -- -- <br /> Wet Service Factor cm,l = 1 NDS 2018 Supp!ement <br /> Temperature Factor Ct,I = 1 NDS 2018,Tab'e 233 <br /> Incising Factor Ci,I = 1 NDS 2018.C14.38 <br /> Base Bearing Strength F,,l/Ct,= 565 psi NDS 2018,Table 43.1 <br /> Linear Base Bearing Resistance R1/Ct,et,=4310lbf/in <br /> Bearing Strength per Support BR= NDS 2018,C1110A <br /> Location(fl)_ B_e_a_ring length(y rn) Bearing Area Factor Q I-Aflowati.le Bearing Load R'pb) Governing Reaction R pn) n Mtn Bearing Utilizatio Length(in) Type <br /> 0.88 3 1.13 14 500 3360 0.231 0.693 I'm <br /> 4.88 3 1.13 14 500 1360 0.093 5 0.281 Int <br /> Deflections I -- --- - -- <br /> Live/short-term deflections per span hableST = <br /> Span Length L(e) Span Type Deflection 6(in) Deflect)on Limit A,;,n(in) _ me ecunUtAs_aUon6/Ali„ Deflection RatioL/ <br /> 0.88 Cant 0.00285 0.0587 0.0485 3710 <br /> 4 Int -0.00356 0.133 0.0267 13500 <br /> 0.45 Cant 0.001081 0.03 0.0361 4990 <br /> Long-term Deflections per Span habtel,T= <br /> Span Length L(it) 5 an T Deflection 6(in) Deflection Urnit A,,,,,(in) Deflection UtHisation6/A1ia Deflection Ratio L/ <br /> 0.88 Cant 0.00305 0.088 0.0347 3460 <br /> 4 Int -0.00382 0.2 0.0191 12 600 <br /> 0.45 Cant 0.00117 0.045 0.026 4620 <br /> -- I Comments <br /> Assumptions <br /> 1.Axial load is assumed to be negligible.This is a particularly important point for inclined beams,in which axial load is by definition non- <br /> zero;it is left to the engineer to verify that the axial load is,in fact,negligible. <br /> 2.Shear is conservatively taken at the absolute highest location,instead of distance d as allowed per code. <br /> 3.When more than one ply is provided in weak axis bending,full composite action is assumed(must be checked separately) <br /> 4.Members are straight,prismatic(not-tapered)and not notched <br /> 5.For impact live loads,the wood is conservatively assumed to be treated(Cd=1.6) <br /> 6.When flitch plates are used:shear and bearing are assumed 100%carried by wood,flitch plates don't affect C_L calculation,and steel is <br /> conservatively assumed to creep the same as wood for long term deflection <br /> 7.I-Joists are fully braced and all holes are within manufacturer limits. <br /> 8.Bearing is not considered at point loads. <br /> 9.All glulam beams are assumed to include at least four laminations,and if there are multiple pieces across the width,these are edge- <br /> bonded. <br /> 10.When shear deflections are explicitly considered,we make use of an approximation as defined here:https:Hsupport.clearcalcs.com/ <br /> article/198-shear-deflection-in-us-and-canada-wood-beam-calculators <br /> 11.In weak axis multi-ply beam bending,the plies are assumed to act non-compositely. <br /> 12.Two-ply I-joists are assumed to meet all detailing requirements and blocking is to be added where required. <br /> g V.. <br /> ho 604� <br /> 35a,1� <br /> G' <br /> 1Uf1aL i <br /> Greenfield Rev 3 Page 52 of 52 <br />
The URL can be used to link to this page
Your browser does not support the video tag.