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Post-Doctoral Research Fellow in Turbine Blade Vibration and Stress Analysis, San Diego State University

Submitted by Satchi Venkataraman on

Post-Doctoral Research Fellow in Turbine Blade Vibration and Stress Analysis,  Department of Aerospace Engineering, San Diego State University, San Diego, California, USA.

A post-doctoral research fellow position is available for a research project related to the prediction and uncertainty quantification of peak vibration stresses in turbine blades of integrally bladed rotors under multi-frequency forced excitations. The position is for a period of one year, with possibility for renewal for a second year.  The position is available for an immediate start.  

[Position was filled] A full-time intern position is available at Siemens Corporate Research (Princeton NJ US)

Submitted by Xuefei Guan on

The following position was filled. Thanks for your interest.

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A full-time intern position is available at Siemens Corporate Research (Princeton NJ US)

Requirement:

Ph.D. position in Mechanics of Advanced Multifunctional Materials - Technion – Israel Institute of Technology

Submitted by Stephan Rudykh on

Ph.D./Master position in the field of mechanics of materials is available at the Department of Aerospace Engineering, Technion - Israel Institute of Technology. The position starts on Oct. 1, 2014 or soon thereafter. Excellent candidates with deep knowledge in nonlinear elasticity, experience in finite element simulations, and/or with strong experimental background are encouraged to apply. Our group employs a mix of theoty, numerical simulations and experiments combined with 3D printing.

How to study a inverse problem? Know the orbit, solve the constraint condition.

Submitted by pcmagic on

Dear all,

Now I face a noval problem, and I do not know how to deal with it, even cannot begin the first step.

As we know, the formulation of a classical mechanical question  is given the initial condition and the constraint condition, and solve the unknown orbit. Now I face a inverse problem. I know the initial condition and the orbit, and would like to solve the unknown constraint condition.

Is there anyone could give some seggestion, I don't know how to do it. Thanks.

Best.