James Watt School of Engineering at the University of Glasgow is looking for an extremely collegiate research-driven professor with an excellent understanding of the materials and energy domains. The School here in Glasgow is in a very interesting phase of development, with strategic plans to approximately double in size by 2030 and that offers many opportunities for appropriately ambitious candidates. Example research areas include but are not limited to:  

Dear colleges, 

My name is Miguel Molinos, I am a postdoctoral researcher at the University of Seville (Spain). My co-workers, Manuel Pastor and Pedro Navas (UPM), and myself are organizing a thematic seminar with the title "Meshfree models for Engineers. Where are they really worthwhile?". The objective of this seminar is to discuss the potential impact that mesh-free methods can have on those engineers working in industry who usually rely on commercial FEM-based programs.

Summary:

Exciting teaching position available at the School of Aeronautics and Astronautics at Purdue. We are in growth phase and looking for exicitng individuals to work and collaborate with.

please see atatched ad for description of position and for method of application.

I would like to invite you to sign up for this upcoming materials webinar on 15 November 2022 (11 AM EST / 4 PM GMT / 9:30 PM IST) to see the press powder process analysis realized by co-simulation of Ansys® Rocky, Ansys LS-DYNA®, and Multiscale.Sim™ ⇒ Register from here

A research group led by Dr. Liming Xiong (currently at Iowa State and will be moving to NCSU) (https://www.aere.iastate.edu/lmxiong/) at North Carolina State University, Raleigh, NC, is looking for full-support ($2600/month + tuition) graduate research assistants in the general field of theoretical, applied, and computational mechanics of materials.

Position description: Two postdoctoral positions are now open for ERC Starting Grant with focus on flexoelectric nanostructures and metamaterials.

Dear all,

In our department there is a vacancy for a tenure-track assistant professor in robotics in structural engineering. More details and the application procedure can be found here: https://www.tudelft.nl/over-tu-delft/werken-bij-tu-delft/vacatures/details?jobId=9028&jobTitle=Assistant%20Professor%20Robotics%20in%20Structural%20Engineering 

Many biological structures exhibit intriguing morphological patterns adapted to environmental cues, which contribute to their important biological functions and also inspire material designs. Here, we report a chiral wrinkling topography in shrinking core–shell spheres, as observed in excessively dehydrated passion fruit and experimentally demonstrated in silicon core–shells under air extraction. Upon shrinkage deformation, the surface initially buckles into a buckyball pattern (periodic hexagons and pentagons) and then transforms into a chiral mode.