Blog posts
ANSYS, Inc . job opportunity in Houston
ANSYS, Inc. has an immediate job opening
in Houston, TX for a Technical Services Engineer (Job ID # 2396). This
is a full time position.
The job entails providing advanced technical
guidance on various aspects of computational
Structural Mechanics to clients in
industry and academia.
Seeking Postdoctoral candidates for Science Foundation Ireland and EU Marie Curie funding schemes in Composites Modelling
I am seeking candidates in the field of Composites Modelling, interested in applying for any of the following schemes, which have closing dates in August 2011:
Short Course: Engineering of Durable Elastomeric Structures, 26-27 July 2011, Ann Arbor, Michigan
Elastomers are outstanding in their ability to repeatedly endure large deformations, and they are often applied where fatigue performance is a critical consideration. Because the macromolecular structure of elastomers gives rise to a number of unique behaviors, appropriately specialized methods are needed to characterize, analyze, and design for durability. This 2-day course provides the know-how for engineering durable elastomeric components and systems. The course is taught at Axel Products, and includes live demos of typical behavior.
Creep modeling in ABAQUS
i am doing about creep response of wood/PVC composite beam by ABAQUS. and now there is problems to find the value/paremeters fill-in the creep mode such as Power law multiplier, Eqstress order, Time order. and other reccomend
please look at a attached file.
Thank you
Some Analytical Formulas for the Equilibrium States of a Swollen Hydrogel Shell
Dear Colleagues,
I wish to bring to you my recent work with my supervisor Hui-Hui Dai on "Some Analytical Formulas for the Equilibrium States of a Swollen Hydrogel Shell". Below is the abstract and attached is the preprint of the article. I will very much appreciate your comments and suggestions.
what is physical reason behind it?
Hey to imechaica, i am doing my M.E Project in composites.i have done finite element analysis of composite plate with different boundary conditions and different orientation angle with antisymmetric stacking sequence. i absorve tip center displacement of cantilever plate is increasing with orientation angle increment and for simple supported plate it decreases.
stacking sequence is [0/-θ/θ/-θ/θ/0]
please help me to understand this.