To date, material modeling has involved the development of mathematical models of
material behavior derived from human observation of, and reasoning with, experimental …

Constitutive Equations for Engineering Materials, Volume 1: Elasticity and Modeling,
Revised Edition focuses on theories on elasticity and plasticity of engineering materials. The …

This study develops a 2D computational parametric analysis of ordinary reinforced concrete
(RC) frames, located in seismic zone, with the aim to evaluate some design suggestions with …

Nonlinear finite element analysis was applied to various types of reinforced concrete
structures using a new set of constitutive models established in the fixed-angle softened …

A constitutive model for plain concrete is developed to match experimental data on
monotonic proportional biaxial loading. The material representation is presented in a form …

This paper develops an integrated computational methodology for chloride-induced
degradation assessment of reinforced concrete structures by considering all three phases of …

In recent years, the theory of plasticity has been widely adopted in the constitutive modeling
of plain concrete. Unfortunately, the fundamental hypothesis that forms the basis of …

A numerical model for the dowel action of reinforcement bars crossing cracks in concrete is
developed for finite element analysis of concrete structures. The beam on elastic foundation …

This paper presents some of the results of a study involving the ultimate and postpeak
capacity of composite concrete-steel plate walls subjected to transverse and longitudinal …

A nonlinear material model for cracked reinforced concrete subjected to inplane shear and
normal stresses has been developed. As a result, a set of constitutive equations suitable for …