In the current study, the bonding properties between two kinds of steel fiber with different
shapes and concrete matrix after exposing to high temperatures are investigated …

The purpose of this work is to develop a numerical tool, based on the finite element method,
in order to determine the cumulative fatigue damage evolution and the remaining lifetime for …

This study presents a new staggered coupled strategy to deal with thermomechanical
problems. The proposed strategy is based on the isothermal split methodology, ie the …

The performance of concrete will decrease when subjected to external sulfate corrosion, and
numerical models are effective means to analyze the mechanism. Most models cannot …

The ongoing pursuit of quality improvement and cost reduction in metal forming operations
has instigated intense research on both material modelling and identification of constitutive …

Thermomechanical couplings are present in many materials and should therefore be
considered in multiscale approaches. Specific cases of thermomechanical behavior are the …

The mechanical behavior of fiber-reinforced concrete at high temperature is investigated,
and a constitutive model considering the damage effect is developed based on the …

A damage evolution model with Lode dependence is presented, based on fracture and
damage mechanics, with regard to recent evidence supporting the theory of critical strain to …

Coupled dynamic thermoplastic boundary value problems in two dimensions based on
strain space and deformation theories of plasticity are formulated. The explicit and implicit …

In this paper, a constitutive model suitable for the analysis of Low Cycle Thermo-Mechanical
Fatigue in metals is elaborated. The model is based on finite strain elastoplasticity coupled …