AMME 2020 - International Conference on Automobile and Mechanical Engineering
AMME 2020 - International Conference on Automobile and Mechanical Engineering
April 20-22, 2020 , Dubai - UAE
AMME 2020 - International Conference on Automobile and Mechanical Engineering
April 20-22, 2020 , Dubai - UAE
The Johns Hopkins University’s Department of Civil Engineering (currently transitioning to the Department of Civil and Systems Engineering) seeks applicants for tenure-track/tenured faculty positions at all levels and across all areas of Civil and/or Systems Engineering.
Faculty Positions in Mechanical Engineering
Massachusetts Institute of Technology
Cambridge, MA
Dear Colleagues,
The SEM 2020 annual conference abstract deadline has been extended to Monday, October 28, 2019. Please see the Call for Abstracts below and consider submitting an abstract.
Professor Yonggang Huang from Northwestern University will deliver the ASME Robert Henry Thurston Lecture during the IMECE 2019 at Salt Lake City, Utah. The time and location of this lecture is as follows:
LOCATION: Room 151 G, 1st Level, Calvin L. Rampton Salt Palace Convention Center
More information about this lecture can be found in the attached flyer.
I would like to advertise several openings for Ph.D. students in my recently-established research group, the Dynamic Structures Laboratory at Stony Brook University. The intended starting semester is Fall 2020.
A good applicant has a background in engineering, physics or math, and is passionate about mechanics and its application to structural systems at various lengthscales. An ideal applicant has also coding experience, likes "DIY" and/or arts&crafts, and is open to writing in LaTeX.
Our recent work introduces a microscopically motivated model for the swelling response of polymer networks with non-covalent cross-linking bonds.
As opposed to the classical theories of rubber, we show that the uptake of water in polymer networks comprising hydrogen cross-linking bonds can lead to the dissociation of cross-links. This phenomenon leads to a reduction in the chain-density, an increase in entropy, and a decrease in the free energy. As a result, the network experiences significant softening and exhibits a different mechanical response.
A new PhD position is available immediately in my group in the area of computational atomistic modeling of grain-boundary segregation and plasticity mechanisms in nanocrystalline alloys. Full description available in the attached file.
Assistant Professor-Mechanical Engineering