Ecolab has immediate PhD Open position in Modeling and optimization of Solar Energy systems( Solar panels and thin film solar cells). The student should have master degree and familiar with MATLAB. Please send your CV to shima.hm [at] tamu.edu
There is an opportunity to invent interpenetrating lattice materials in order to design materials of any given stiffness, strength and toughness. Currently, lattice materials, such as the 2D honeycomb and the 3D octet truss, exist in a single material on a single length scale. The challenge is to fill the intervening gaps in the lattice with a second lattice in order to improve the macroscopic properties. The new lattices will be manufactured and tested by a collaborator within the group.
There is an opportunity to invent interpenetrating lattice materials in order to design materials of any given stiffness, strength and toughness. Currently, lattice materials, such as the 2D honeycomb and the 3D octet truss, exist in a single material on a single length scale. The challenge is to fill the intervening gaps in the lattice with a second lattice in order to improve the macroscopic properties. The new lattices will be manufactured and tested by a collaborator within the group.
There is an opportunity to invent interpenetrating lattice materials in order to design materials of any given stiffness, strength and toughness. Currently, lattice materials, such as the 2D honeycomb and the 3D octet truss, exist in a single material on a single length scale. The challenge is to fill the intervening gaps in the lattice with a second lattice in order to improve the macroscopic properties. The new lattices will be invented, manufactured and tested by the post holder.
Dear all,
Our paper on an innovative method for testing and modelling of cement paste at micro-scale (100 micrometre) has been presented at the EURO-C conference in Austria. Full paper can be accessed at: https://www.researchgate.net/publication/323656746_Testing_and_modellin…;
Regards
We recently characterized a unique material developed from root structure (Mycelium) of mushroom. Mycelium has a filamentous network structure with mechanics largely controlled by filament elasticity and branching, and network density. We report the morphological and mechanical characterization of mycelium. The monotonic mechanical behavior of the mycelium is non-linear both in tension and compression.
http://rainbow.ku.dk/projects/
3 projects available at University of Luxembourg in collaboration with companies in the health sector
Breast cancer treatment simulator: http://rainbow.ku.dk/projects/esr6/
Biological Membrane Cutting: http://rainbow.ku.dk/projects/esr8/
3D Cutting simulation in soft tissue: http://rainbow.ku.dk/projects/esr12/
Learn about Synopsys Simpleware software's 3D image data (MRI, CT, micro-CT...) processing and model generation capabilities for orthopaedics, including medical device design, at this year's ORS.
We'll be available at booth #1215 to discuss how to use Simpleware software to improve workflows using complex scan data.
Hello,
I have completed my M.Tech (2015-17) from the Indian Institute of Technology (IIT) Guwahati with specialization in Computational Mechanics.
I worked on Fluid Structure Interaction during my masters and developed a new Finite Element Algorithm to couple fluid and solid domains.
I aim to focus on FSI and Parallel Computation for my further research in PhD.
I'll welcome PhD offers with similar research interests.
