The past 20 years have seen substantial work on the modeling of ductile damage and
fracture. Several factors explain this interest.(i) There is a growing demand to provide tools …

The review is concerned with the use of miniature specimens to identify the
mechanical/creep properties of metals and alloys. It is not intended to consider the …

MD Molecular dynamics MS Molecular statics NF Nanofeatures NFA Nanostructured ferritic
alloys ODE Ordinary differential equation OEMS(Positron) orbital electron momentum …

A finite element simulation of the Charpy test is developed in order to model the ductile to
brittle transition curve of a pressure vessel steel. The material (an A508 steel) and the …

The formation of slanted fracture under plane strain conditions is studied using the finite
Element (FE) method. Constitutive models proposed by Rousselier and by Gurson are used …

Advanced materials consist of several materials systems that exhibit complementary
properties for multi‐purpose applications. Joining of dissimilar materials is a critical and …

Friction stir welding with the optimum parameters offers high toughness and mechanical
properties for pipeline steel applications; however, at subzero temperatures such joints have …

The aim of this study is to investigate the failure of cracked aluminum plates repaired by one-
side composite patches under fatigue loading using Acoustic Emission (AE) and …

This paper aims at studying microstructure and mechanical properties of spark plasma
sintered (SPSed) Stellite®-6 cobalt-based superalloy. SPS is a sintering technique, based …

Pressurised steel pipelines are considered for long-distance transportation of dense-phase
CO 2 captured from fossil fuel power plants for its subsequent sequestration in a Carbon …