Blog posts
Novel Approach to Simulating the All-Solid-State Battery Manufacturing Process
Multiscale.Sim introduces a new analytical technique that predicts the performance of ASSB more accurately. Curious to learn how this approach can transform the EV landscape? ⇒ Read the article on LinkedIn
Abstract
35th Robert J. Melosh Medal Competition Results
The Melosh Symposium took place last week on the campus of Duke University. The names of the four successful applicants that made it to the final stage and their current institutions are:
Prajwal Kammardi Arunachala, Stanford University
Mario de Lucio – Purdue University
Hendrik Geisler – University Hannover
Tianyi Hu – Purdue University
The finalists gave oral presentations before our distinguished judges, José Andrade from Caltech and Sanjay Govindjee from UC Berkeley. Tianyi Hu from Purdue won the competition!
Nonlinear aerothermoelastic analysis of deployable control fin with actuator stiffness subjected to high-speed compressible flows
I am happy to share our recent paper entitled ‘Nonlinear aerothermoelastic analysis of deployable control fin with actuator stiffness subjected to high-speed compressible flows’ published in the journal Acta Mechanica.
2 post doc positions in Italy --- Regulating adhesion using viscoelastic oscillating contact --- some solutions
We are hiring 2 post-docs soon in Italy at the Department of Mechanics DMMM of the Politecnico di BARI. The subject is here described.
PhD Positions at the Duke University (Salahshoor Research Group)
We invite applications for multiple PhD openings in the Salahshoor Research Group (https://salahshoor.pratt.duke.edu) at the Duke University. We are building a team of exceptional researchers who are driven by passion and curiosity and are excited by fundamental questions about physics of solids. Our lab operates at the intersection of mechanics, data science, material science and biology, and applied mathematics. Current areas of interest include:
PhD Position at Texas A&M University
One PhD position is available in the Computational Cardiovascular Bioengineering Lab (C2BL) at the Department of Biomedical Engineering at Texas A&M University for Summer/Fall 2025 entry.