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From page 53... ...
52 N O T A T I O N a = dimensionless coefficient in fatigue model A = area of the bearing = WL Aa = dimensionless coefficient in axial stiffness Aaz = dimensionless coefficient in axial stiffness = Aa (App.
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From page 54... ...
Ha = dimensionless coefficient for axial load (uplift equations) Hr = dimensionless coefficient for rotation (uplift equations)
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From page 55... ...
54 γr,cy = cyclic portion of shear strain in z-x plane due to rotation loading γr,max = absolute maximum shear strain in z-x plane due to rotation loading γr,st = static portion of shear strain in z-x plane due to rotation loading γr0 = shear strain constant in fatigue model γs = shear strain in z-x plane due to shear displacement γs,cy = cyclic portion of shear strain in z-x plane due to shear displacement γs,st = static portion of shear strain in z-x plane due to shear displacement γtot,max = maximum total shear strain in z-x plane γzx = local shear strain in z-x plane η = relative length of the instantaneous compressed region (lift-off equations) λ = compressibility index = λ1, λ2, λ3 = principal stretches (App.
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