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Page 2 <br /> B/s = Aspect Ratio: B / s = 1. 80cr <br /> s/h = Clearance Ratio: s / h = 0. 310 <br /> Cf = Net Force Coefficient for Case A and B per Fig 29. 3-1 = 1.800 <br /> Case A: Resultant force acts normal to face through geometric center <br /> F = Design Wind force: qh * G * Cf * As * R = 748 lb <br /> Case B: Resultant force acts normal to face at a distance from the geometric <br /> center toward the windward edge equal to 0.2 times the average width <br /> Dx = Force Offset from Center toward windward edge: 0.2 * B = 1. 620 ft <br /> F = Design Wind force: qh * G * Cf * As * R = 748 lb <br /> Case C: Since B/s < 2 then Case C need not be considered <br /> 74 " / S4 4,s .. <br /> 2,0, p'S <br /> file:///C:/Users/Owner/AppData/Roaming/MecaWindlSelectedAnalysis.html 2021/2/8 <br /> 3 e, <br />