Predicting peak stresses in microstructured materials using convolutional encoder–decoder learning
Journal: Mathematics and Mechanics of Solids
Dear colleagues,
Journal: Mathematics and Mechanics of Solids
Dear colleagues,
A Postdoctoral Associate position is available starting Fall 2022 in my group at the Arizona State University, Tempe. The suitable candidate will have a background in phase-field modeling and/or knowledge of machine learning as relevant for materials science and engineering. Knowledge of the Physical Metallurgy of steel microstructures is a plus. A doctoral degree or equivalent in materials science, metallurgical engineering, physics, computer engineering, or similar fields is preferred.
Within the HSTAM 2022 Conference https://hstam2022.eap.gr/home/
Co-chairmen of the Symposium
There is a potential full-time job opening at senior (Ph.D required) or junior (Master required) engineer level at Intel Oregon Materials Labs. As a Materials Analysis Engineer, the candidate will be part of Technology Development Labs responsible for identifying and developing materials, thermal mechanical characterization and failure analysis techniques in support of Intel's next generation silicon process development.
Dear iMechanica Community,
I am looking for an internship or visiting student opportunity focusing on mechanics and multi-scale modeling of metallic materials in Canada, Europe, Australia, South Korea, Japan, or Singapore.
The Cornell Engineered Living Materials Institute (ELMI) is seeking applicants for postdoctoral fellowships. Fellows will work with faculty affiliates to pursue their own original proposed research that aligns with ELMI objectives.
A PhD position in multi-scale modelling of auxetic cementitious composites is open at the Faculty of Civil Engineering and Geosciences, Delft University of Technology. The PhD will be part of a larger ERC funded project and collaborate closely with other members of the project team.
I am looking for either a faculty position or a scientist position on multi-scale simulation or characterization for metallic materials.
I mainly employ crystal plasticity models (mean field model, full field models) and experimental techaniques (neutron diffraction , neutron imaging, synchrotron based X-ray, EBSD, etc) to study the forming process or in-service performance of metallic materials.
Dr Liya Zhao from the School of Mechanical and Manufacturing Engineering at the University of New South Wales (UNSW Sydney, global ranking QS = 45th, US News = 41th), is seeking PhD students to work on projects related to the following topics. Full scholarship will be provided (Tuition waiver + stipend).
• Nonlinear dynamics
• Vibration energy harvesting (harnessing renewable energy from base vibration or wind-induced vibration, ocean wave, etc.; developing efficiency enhancement innovations)