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/ 2-v <br /> SINGLE SHEAR WALL OVERTURNING <br /> Project No: 24-109 Forces are: ASD <br /> Story: garage Seismic= 3.74 <br /> Along Grid Line: A .7 Seismic= 2.618 <br /> Wind = 0 <br /> Item Variable Wind Mot Kft Wind Sum Mot kft <br /> Mot Above = 0 KFt 0 0 <br /> V wall = 3.74 kips Seismic Mot kft Seismic Sum Mot kft <br /> H above = 0 feet 22.9075 22.9075 <br /> H Story= 8.75 feet Sum Wall DL(K) <br /> L wall = 8.5 feet 0.74375 <br /> Wall DL= 0.01 ksf <br /> W roof DL= 0.01 ksf Roof DL(Klf) Sum Floor DL(Klf) Sum R+ FI (Klf) <br /> W roof TW= 0 feet 0 0 0 <br /> W floor DL= 0.015 ksf <br /> W floor TW= 0 feet Uplift FS= 1.0 .61D+W .6 D+0.7E <br /> No of Flrs= 0 1, 2, ... -1.304417969 -5.836445313 -2.973007813 <br /> P Min DL= 5.27 kips Uplift FS= 1.50 <br /> P Lever Arm = 8.5 feet 0.740894531 <br /> Negative Values mean no uplift <br /> Uplift FS= 1.00 -1.30442 Kips For Mr/Mot >= 1.00 w/0.9*DL (0.91D + E or W) <br /> Uplift FS= 1.50 0.740895 Kips For Mr/Mot>= 1.50 (0.91)+ E or W) <br /> .6 D+W= -5.83645 Kips Per ASCE 7 - Use if wind controls <br /> .6 D +0.7E _ -2.97301 Kips Per ASCE 7 - use if seismic controls <br /> Simpson Holddown/wood Column = No additional holddowns required <br /> Mot Above is the total overturning to the wall from stories above <br /> Vwall is the total shear to the top of the wall in question <br /> H above is the height of wall above the top of the wall in question <br /> H story is the story height of the wall in question <br /> L wall is the length of the wall in question <br /> Wall DL is the unit weight of the wall construction <br /> W roof DL is the unit DL weight of the roof construction <br /> W roof TW is the tributary width of the roof framing to the shear wall <br /> W floor DL is the unit DL weight of the floor construction <br /> W floor TW is the tributary width of the floor framing to the shear wall <br /> No of Flrs is the number of floors supported by the shearwall above the top plate <br /> P Min DL is the least dead load point load from a beam or header supported by the shear wall <br /> P Lever Arm is the least distance from P min DL to the fulcrum of the shear wall <br />