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1724 100TH ST SW 2025-11-07
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1724 100TH ST SW 2025-11-07
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Last modified
11/7/2025 1:34:57 PM
Creation date
10/14/2025 10:47:29 AM
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Street Name
100TH ST SW
Street Number
1724
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Force Transfer Around Openings Calculator <br /> ONE OPENING <br /> Project Information <br /> Code: 2018 IRC,ASCE 7.16 Date:10/16/2022 <br /> Designer: Jon Conner,PE,SE <br /> Client: Pavel Andrevanov <br /> Project: 1722 JDoth St SW Everett <br /> Wall Line: 1B <br /> Lllft) Lol(ft) L2(ft) <br /> v�Ib� <br /> E <br /> 1 <br /> 1 J <br /> 4alft) <br /> Shear Wall Calculation Variables <br /> V 1426lbfj Opening 1 Adj.Factor Method= 2bs/h <br /> 1.11 4.00ft h, 1.01)ft Wall Pier Aspect Ratio Adj.Factor <br /> L2L 2.SOOH ib 2.00ft P1=h L1= 0.50 N/A <br /> f4„s 9.00 it hb 6.00ft P2=hb/L2= 0.80 N/A <br /> 8.50 it Lol 2.00ft <br /> 1.Hold-down forces:H=Vh,y/L„y 1510 lbf 6.Unit shear beside opening <br /> v1=(V/L)(Ll+Tl)/L1= 219 pif <br /> 2.Unit shear above+below opening v2=(V/L)(T2+L2)/L2= 219 plf <br /> First opening:val=vbl=H/(h,+h,)- 216p1f Checkvl•ll+v2'L2=V? 1426IN ON <br /> 3.Total boundary force above+below openings 7.Resistance to corner forces <br /> First opening:01=val z(Lol)= 431 lbf R1=011.1= 878 lbf <br /> R2=v2'L2= 5481bf <br /> 4.Corner forces <br /> F1=O1(L1)/(L1+L2)= 2651bi B.Difference corner force+resistance <br /> F2=Ol(L2)/(Ll+L2)= 166 lbf R1-F1= 612 lbf <br /> R242= 3831bf <br /> 5 Tributary length of openings <br /> Tl=(L3'Lo1)/(11+L2)= 1.23 it 9.Unit shear in comer zones <br /> T2=(L2'Lol)/(ll+L2)= 0.77 it vcl=(RI-Fl)/L1= 153 plf <br /> vc2=(R2-F2)/L2= 153 plf <br /> v lib) <br /> H(Ib) <br /> Check Summary of Shear Values for One Opening <br /> Line 1:vc1(h,+hb)+v1(hj=H? 1071 439 15101bf <br /> Line 2:va1(h,+hb)-vcl(h,+hb)-vl(h,)=0? 1510 1071 439 0 <br /> Line 3:va1(h,+hb)-vc2(h,+hb)-v1(h,)=0? 1510 1071 439 0 <br /> Line 4:vc2(h,+hb)+v2(h,)=H? 1071 439 1510 lbf <br /> Design Summary* <br /> Req.Sheathing Capacity 219 plf 4-Term Deflection 0.052 in. 3-Term Deflection 0.069 in. <br /> Req.Strap Force 265 lbf 4-Term Story Drift% 0.002% 3-Term Story Drift% 0.003 <br /> Req.HD Force(H) 15101bf <br /> Req.Shear Wall Anchorage Force(v_.) 168 plf <br /> •The Design Summary assumes that the shear wall is designed as blocked. <br />
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