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PhD Scholarship on Robotic Metamaterials in The University of Birmingham

Submitted by Mingchao Liu on

The Mechanics of Robotic Metamaterials Group at the department of Mechanical Engineering in the University of Birmingham, UK, led by Dr. Mingchao Liu, is recruiting one PhD student for the fall of 2024. The group is also open to joint PhD students and visiting scholars. Additionally, they offer support to outstanding postdoctoral candidates in applying for fellowships.

Open phd courses on computational mechanics at IMT Lucca, Italy

Submitted by marco.paggi on

Selected courses delivered in the A.Y. 2023/24 by professors of the Multi-scale Analysis of Materials Research Unit at the IMT School for Advanced Studies Lucca for: 

- PhD programme in Systems Science, Track in Computational Mechanics

- PhD programme in Management of Digital Transformation

 

will be open to incoming visiting students (in person or remote participation is possible), without fees. 

 

PhD Openings on Multiscale Materials Modeling in University of Kentucky

Submitted by xingshengsun on

Greetings from Lexington, Kentucky! We are an interdisciplinary research group in the Department of Mechanical and Aerospace Engineering at the University of Kentucky. We specialize in the modeling, computation and simulation of materials across multiple length- and time-scales. Our missions include advancing fundamental understanding of materials under different operating environments and making contributions to material design and discovery for diverse applications.

PhD Openings at UCSB – Solid Mechanics and Materials

Submitted by Ananya Renuka … on

We have several openings for PhD positions in the Balakrishna Research Group (https://ananyabalakrishna.com/) at UC Santa Barbara in the Materials Department. Materials at UC Santa Barbara is a world-renowned department with stellar faculty offering a collaborative and multidisciplinary academic environment.

 

Lecture by P. Yadegari on “Fatigue strength of ultra-high strength steels and surface-hardened components”

Submitted by pragtic on

Lecture by Patrick Yadegari on “Fatigue strength of ultra-high strength steels and surface-hardened components” will be held on-line on Tuesday September 5 at 3PM CET. Its approximate duration is expected 1 hour, but it will depend on the scope of the discussion and the questions of participants. If you wish to take part, please write me to papuga [at] pragtic.com (papuga[at]pragtic[dot]com), so that I could send you the access link to the Zoom platform.

Advanced course on Modeling of localized inelastic deformation, Prague, 4--8 September 2023

Submitted by jenda_z on

The 2023 edition of the advanced course on Modeling of Localized Inelastic Deformation, given by Milan Jirásek, takes place from 4 to 8 September at the Faculty of Civil Engineering, Czech Technical University in Prague.

PhD position in Mechanics of Solids at University of Parma (ITALY)

Submitted by Roberto Brighenti on

There is 1 fully-funded Ph.D. studentship (3-year bursary) available for a 1st November 2023 start.

A description of the research programme is given in the enclosed pdf.

Preferred applicants should hold a degree in Engineering with a major in Solid and Structural Mechanics.

The call for applicants will appear at this link (call opening on 15th June 2023).

Before applying, interested applicants should send a CV to Prof. Spagnoli

Five fully funded Master positions in Computational Mechanics and Materials Science at CEMEF (Mines Paris, PSL University)

Submitted by daniel.pino_munoz on

Advanced Master MAPMOD

Digital Materials and Advanced Processes Modelling

MAPMOD is a one-year full-time postgraduated program in line with industrial needs for high level competences in high added value components or equipment manufacturing in fields such as aeronautics, energy, automotive…

You will use up-to-date computational industrial tools and get the knowledge on both computational methods and material physics and mechanics. You will understand the material behaviour from micro to macro scale. You will learn to model innovative processes.