Reinforced concrete walls with a ratio of height to length of less than two are important
structural components in many commercial buildings and nearly all safety-related nuclear …

A detailed finite element modeling is presented for the simulation of the nonlinear behavior
of reinforced concrete structures which manages to predict the nonlinear behavior of four …

In this paper, the behaviour of a squat shear wall is investigated. The study fits into the
experimental programme driven by CEOS. fr on modelling of the behaviour of reinforced …

In the present study, finite element analysis has been carried out for a single storey one-
room masonry building with different aspect ratios and with different positions of openings in …

A new triaxial constitutive model [Tsinghua University Concrete Three-dimensional
(THUC3)] of concrete was developed for high-fidelity finite-element (FE) simulation of …

In this paper, an analytical model which can simulate the post-cracking behavior and tension
stiffening effect in a reinforced concrete (RC) tension member is proposed. Unlike the …

In this paper, an automatic procedure for the generation of embedded steel reinforcement
inside hexahedral finite elements is presented. The automatic mapping of the entire …

This paper presents an overview on the concrete structural components subjected to impact
loading. The review includes empirical formulae, analytical models, and numerical …

This paper proposes a modified stress–strain relation for bonded internal tendon in
containment structures on the basis of the tension stiffening effect and the bond …

Two modified stress–strain relations for bonded and unbonded internal tendons are
proposed. The proposed relations can simulate the post-cracking behavior and tension …