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Postdoctoral Positions at the University of California, San Diego

Submitted by s_semnani on

Postdoctoral positions are available in the department of Structural Engineering at the University of California, San Diego (UCSD) in Prof. Semnani’s research group. We are looking for highly motivated and talented individuals with a recent PhD degree in Civil and Environmental Engineering or Mechanical and Aerospace Engineering.

 The positions are in the areas of computational mechanics, machine learning, geomechanics, material characterization and modeling, and composite materials.

A list of necessary qualifications is below:

USNCCM 18 - MS# 1005: Recent Advances in Computational Methods and Theories for Multiphysics Challenges

Submitted by jeonghoonsong on

We cordially invite you to submit your abstract to our mini-symposium (MS# 1005) for the 18th U.S. National Congress on Computational Mechanics (USNCCM18), to be held in Chicago, IL, from July 20-24, 2025. Our mini-symposium, entitled “Recent Advances in Computational Methods and Theories for Multiphysics Challenges,” is described below. We would be honored if you could contribute to our mini-symposium.

18th USNCCM 2025 Mini-Symposium: Modern Computational Methods in Soft Matter Mechanics

Submitted by hsalahshoor on

There will be a mini-symposium titled “Modern Computational Methods in Soft Matter Mechanics " as part of 18th U.S. National Congress on Computational Mechanics (USNCCM 2025) in Chicago (July 20-24, 2025). This mini-symposium focuses on modern methods at the intersections of computational sciences and soft matter mechanics, construed broadly. 

A new analytical model for fibrillar viscoelastic adhesion using the Schapery or the Shrimali-Lopez-Pamies nucleation models

Submitted by Mike Ciavarella on
Hello:  I would be interested in any comment about this preprint on fibrillar viscoelastic adhesion, originally devised by Schargott Popov and Gorb, where we use for the first time not only the Schapery model for nucleation of cracks, but also the Shrimali and Lopez Pamies, which leads to quite stronger enhancement of adhesion (the limit is the square of the Schapery one), and pull-off with no real prior propagation phase.  Propagation with Schapery nucleation criterion is found to be qualitatively similar to the Schapery and Persson-Brener propagation theories, except that

Postdoctoral Associates and Ph.D. Positions

Submitted by Yanyu_Chen on

We are seeking multiple postdoctoral researchers and Ph.D. students to join our research group in the Department of Mechanical Engineering at Florida State University. Our projects focus on the mechanics of architected materials and advanced lithium-ion batteries. For more information, please see the attached details.

A new interesting theory by Persson on wear commented

Submitted by Mike Ciavarella on

A very interesting wear theory by Persson and coworkers has been recently proposed (in fact, it is still under review!). 

I make some comments and simplifications here to show general trends

https://www.researchgate.net/publication/387143610_Some_comments_on_a_r…

Wear is a complex problem, and I don't think this theory will give easily quantatitative predictions, but it certainly deserves attention. 

My abstract follows

Tenured professor position in Computational Methods for Fluid Dynamics, University Rostock, Germany

Submitted by pweissgraeber on

The Faculty of Mechanical Engineering and Marine Technologies of the University of Rostock, Germany
is seeking candidates to fill the position of

Professor (W2) of Computational Methods for Fluid Dynamics

for an appointment on 01 April 2026.

PhD position in Denmark: Modelling of Damage Mechanisms of Extra-Large Wind Turbine Blades

Submitted by Leon Mishnaevsky on

We have a PhD position at the Technical University of Denmark. The position is in the area of mechanics of materials, with applications to wind energy and composite materials. The position is for 3 years, starting in Spring 2025. The salary is of the order of 4.500 EUR (minus taxes). The campus is located in Roskilde, 30 km from Copenhagen.

The project will include computational modelling (finite elements) of extra-large wind turbine blades, and numerical analysis of the blade failure mechanisms.