On behalf of Texas A&M University & Texas A&M Engineering Experiment Station, we are excited to announce that over 80 symposia in 10 thematic areas have been accepted for the 2022 Society of Engineering Science (SES) Annual Technical Meeting that will be held on our campus in College Station, Texas, from October 16-19, 2022.
Dear Colleagues,
I will join the School of Aerospace and Mechanical Engineering at the University of Oklahoma as a tenure-track Assistant Professor. I have two fully-funded Ph.D. student positions in my group. The students will work in general fields of computational materials science and solid mechanics. Please share the attached flyer with anyone who may be interested.
Thank you
Shuozhi Xu
The paper is freely accessible through:
https://www.sciencedirect.com/science/article/pii/S2352711022000644
By J. Kashyap and D. Datta
Part of special issue on 'Computational Materials Design' in Journal of Materials Science
#SARS-Cov-2 #COVID19 #COVID #Coronavirus
I have an opening for a PhD student in computational mechanics related to numerical modeling of microstructure mechanics in metal foams. The position is part of a larger Swedish-German Röntgen-Ångström Cluster project, involving partners at Ulm University (Germany) and Malmö University (Sweden), for which I am PI on the Swedish side and Professor Carl Krill on ther German side.
The project will include:
Ph.D. positions starting from 2022 Fall and 2023 Spring in Applied Mechanics of Materials lab at NCSU led by Dr. Jie Yin.
The research program will focus on mechanics and design of mechanical metamaterials. Candidates with high self-motivation, experimental or modeling background and interests in mechanics, mechanical engineering, and materials science and engineering are highly encouraged to apply.
Over the past several years, machine learning (ML) applied to problems in mechanics has massively grown in popularity. Here is a figure from a slide that I made in early 2020 referencing a few examples from the literature — already this slide feels out of date! All of these authors (and many many others) have published new papers on this topic.
As more researchers apply ML methods to problems in mechanics, I believe two methodological questions have become increasingly important:
The attached is a piece of work based on mechanics to examine the PK procedure.
There is an anceint saying "A room of many doors will be windy, a person of many works (talkative) will bring disaster". Can this saying be applicable to special cases of maxillary sinus with accessary ostia? Tppically a sinus only has one opening, known as ostium. The air, mucus, can only enter and discharge via this single opening. However, for some, the sinus may have multiple openings, known as accessory ostium. In the work below, we use computaitonal fluid dynamics to examine the effect.
