3-D FE Simulation and Analysis on Radial-Axial Large Ring Rolling
p.1903
p.1903
Ab Initio Lattice Dynamics and Thermodynamics of MgS and Related II-VI Semiconductors in Zincblende Structure
p.1907
p.1907
Numerical Simulation and Optimisation of Sheet Metal Forming for Auto-Body Panel Using AutoForm Software
p.1911
p.1911
Stacking Fault Energy of Cu-Ga Alloys from First Principles
p.1915
p.1915
Modeling and Experimental Observation of the Plastic Anisotropy and Damage of CP-Ti during Multi-Pass ECAE
p.1919
p.1919
Point Defects in L10 Phase FePt Alloy: A First Principle Study
p.1923
p.1923
Cosmic Micromechanics Connection with Irreversible Deformation Processes in Spatially Extended Crystalline Systems
p.1927
p.1927
The Thermal, Mechanical and Electronic Properties of Nanoscale Materials: Ab Initio Study
p.1931
p.1931
Phase Field Calculations with CVM Free Energy within Square Approximation
p.1935
p.1935
Modeling and Experimental Observation of the Plastic Anisotropy and Damage of CP-Ti during Multi-Pass ECAE
Abstract:
In this paper, 3-dimension finite element model was applied to analyze the commercial pure Ti billet subjected to four-pass equal channel angular extrusion process at 400°C with Bc route. The effective strain distribution and the damage within up to four-pass were described with friction conditions in 3D. The propensity for cracks was predicted, which did correlate approximately to the experiment.
You might also be interested in these eBooks
Info:
Periodical:
Materials Science Forum (Volumes 561-565)
Pages:
1919-1922
Citation:
Online since:
October 2007
Authors:
Price:
Сopyright:
© 2007 Trans Tech Publications Ltd. All Rights Reserved
Share:
Citation: