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Simulation of the Ballistic Perforation of Aluminum Plates with Abaqus/Explicit -2012

Submitted by SIMULIA on
Simulation of the Ballistic Perforation of Aluminum Plates describes Abaqus/Explicit modeling of the ballistic impact of metal projectiles
on metal targets. It will demonstrate the utility of Abaqus/Explicit as a tool
for reducing the amount of experimental testing as well as assessing the
projectile residual velocities and time-resolved kinematics. 

Pipeline Rupture in Abaqus/Standard with Ductile Failure Initiation-2012

Submitted by SIMULIA on
Pipeline Rupture in Abaqus/Standard will be used to predict the burst pressure of a steel pipe-line
with a notch-type defect. A ductile damage initiation criterion is used, and
favorable comparison with available experimental data will be shown.

Coupled Electromagnetic and Fluid-Structure Interaction Analysis of a Solenoid Valve-2012

Submitted by SIMULIA on
It is a methodology for building a coupled electromagnetic and fluid-structure
interaction analysis of a solenoid valve. A seamless integration between the
applicable analysis techniques allows for the simulation of the complex
multiphysics interactions.

Multiscale Modeling of Heterogeneous Materials - Post-Doc position in Pilsen

Submitted by erohan on

The Post-Doc position is open for 2013-2014 (2 years) at the
Faculty of Applied Sciences of the University of West Bohemia in
Pilsen, Czech republic. Details to be announced at the end of September 2012.

  https://exliz.zcu.cz/en/about-project

what's detwinning

Submitted by Rongmei niu on

Now I am doing some work about nanotwinned copper, and don't understand what's the nature of "detwinning". 

Could any disappearance of the original nanotwin structure and the formation of a single grain or a new twin structure with TBs in a different orientation and/or with different TB spacing be called detwinning?

Simulation of the Ballistic Perforation of Aluminum Plates with Abaqus/Explicit - 2012

Submitted by SIMULIA on
This Technology Brief describes Abaqus/Explicit
modeling of the ballistic impact of metal projectiles on metal targets.
It will demonstrate the utility of Abaqus/Explicit as a tool for
reducing the amount of experimental testing as well as assessing the
projectile residual velocities and time-resolved kinematics.