Over the last three decades, a number of researchers have used the gradient-enhanced
plasticity theory to model the microstructural material behavior, which is not able to be …

The particle/matrix interface of metal matrix composites (MMCs) can give rise to extra
strength and then affect the local deformation behavior. This strengthening effect originates …

The initial corrosion process of dual phase (DP) steel produced by the continuous annealing
process (CAP) in NaCl solution was systematically studied in this paper. The microstructure …

The current automotive industry uses new technology in materials processing and
lightweight materials to minimize vehicle weight and fuel consumption. As a result, Tailor …

A reduced micromorphic model is formulated in the scope of crystal plasticity and crystalline
cleavage damage. The finite strain formulation utilizes a single additional microvariable that …

It is well known that the mechanical behavior of micro-particle-reinforced metal matrix
composites (MPMMCs) in service is significantly influenced by the particle size, matrix …

Strong and ductile dual-phase (DP) steels are an important class of advanced high strength
steels that are commonly used by the automotive industry. Micromechanical computational …

The need for a reliable prediction of the distribution of microstructural parameters in metallic
materials during processing was the motivation for this work. The model describing the …

Abstract The Strain Gradient Crystal Plasticity (SGCP) model, based on cumulative shear
strain, is developed to regularize and simulate the size effect behavior of polycrystalline …

This paper presents an analysis of the mechanical behavior of DP500 steel previously
exposed to cyclic loadings with constant stress amplitude. Stress–strain curves were …