Abstract: The strength of cross section of different metals subjected to axial load and biaxial bending has been a problem of great interest for decades. Due to its complexity, this topic is addressed in short chapters in classical ...

Abstract: The strength of cross section of different metals subjected to axial load and biaxial bending has been a problem of great interest for decades. Due to its complexity, this topic is addressed in short chapters in classical ...

Abstract: An analytical model that determines the inelastic structural response, ultimate strength, and failure mode of reinforced concrete, partially prestressed concrete, and prestressed concrete slender columns of any cross section ...

Abstract: An analytical model that determines the

Abstract: A model that calculates both short- and long-term deflections (i.e., transverse deflections and section rotations) in reinforced, prestressed (or posttensioned) and composite concrete beams with generalized end conditions ...

Abstract: A simplified analytical method that determines the axial load and biaxial moment capacities of a rigid spread footing of regular or arbitrary shape resting on soil is presented. Three different types of pressure distribution ...

Abstract: Design aids (nomograms) for rectangular and symmetrical trapezoidal rigid spread footings are developed using a method previously developed by the writers in a companion paper. The nomograms can be used by designers to ...

Abstract: AbstractThe theoretical behavior of inelastic beam–columns subjected to axial load and biaxial bending is presented in detail, including the simultaneous effects of initial imperfections, residual stresses, and local ...