I have an opening for a two-year postdoctoral fellowship at Duke University.  The project is a collaboration with experimentalists. and concerns problems in which fractures are driven by fluid flow through porous media.

The ideal candidate will have some background in finite element methods and mechanics, nonlinear coupled field problems, C++, and high-performance computing.  Experience with fracture mechanics is useful but not required.  

Multiple postgraduate student (PhD or Masters by Research) positions at Swinburne-Automotive Engineering Graduate Program (AEGP) funded by Australia’s Department of Industry Innovation and Science - Supervisors: Dr. Kwong Ming Tse & Prof. Guoxing Lu

Postdoc positions are available in the group of Prof. JG Zhu at Jiangsu University, China. Those possessing PhDs in the area of solid experimental mechanics are sought. We are particularly interested in candidates with experience in deformation measurements and nondestructive techniques. Applicants should submit a full curriculum vitae to zhujg [at] ujs.edu.cn (zhujg[at]ujs[dot]edu[dot]cn) .

In this work, we present concepts that allow controlled introduction of buckling and twisting deformations to the mechanically guided assembly of 3D mesostructures.

Applications are invited for multiple postdoctoral positions to work with J. Hanna in Mechanical Engineering at the University of Nevada, Reno.  Those interested in Ph.D. and M.S. positions are also invited to make contact.

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The winner of the 2019 Robert J. Melosh Medal is Dewen Yushu (University of Notre Dame), who presented the paper "The data-driven multiscale multigrid solver, preconditioner and reduced-order model."

Congratulations also to the other finalists! They are listed below, with their respective papers:

Siddhant Kumar, California Institute of Technology and ETH Zurich "Enhanced local maximum-entropy approximation for stable meshfree simulations;"

Dear iMechanica members,

I have recently proposed a novel finite element framework for computational solid mechanics. I hope you find it interesting. I appreciate any feedback.

Towards addressing some long-standing issues in performing explicit elastodynamic simulations of incompressible hyperelastic and elastoplastic material models, finite element formulations based on Bézier elements are developed. The formulations are based on quadratic Bézier triangular and tetrahedral elements. You can download the papers from the following links.

We are pre-screening candidates for an opening for an application engineer at ANSYS Inc. preferably in Houston, TX.

The job entails providing advanced technical guidance on various aspects of computational Structural Mechanics with a focus on Thin-Walled Structures and Large Deformation to clients in industry and academia.