They are used in various applications such as solid … 278. Prof essor Min Zhou's contact info can be found at his Georgia Tech profile page.
Issues analyzed include effects of microstructure in heterogeneous materials, nanoscale deformation and failure, equivalent continuum (EC) representations of atomistic systems, and fracture. Much harder than the exams, so it prepares you pretty well. Associate Professor, School of Mathematics, Georgia Tech, 2008-2012. He is very helpful during his office hours. Dr. Zhou has an intermediate-to-high strain rate material research facility which includes a split Hopkinson pressure bar apparatus, a tension bar apparatus, and a combined torsion-tension/torsion-compression bar apparatus.His current research projects include the deformation and failure behavior of metallic nanowires, sponsored by NASA; multifunctional energetic materials, sponsored by the Air Force Office of Scientific Research; microstructure-induced Toughening in advanced ceramic composites with multiple micro- and nano-size scales; sponsored by the National Science Foundation; and impact damage and residual strength of structural composites, sponsored by the Office of Naval Research. i don’t want school to start. e-mail: min.zhou@gatech.edu 1 Introduction Polymer bonded explosives belong to a class of energetic materials consisting of a heterogeneous mixture of explo-sivecrystals(suchasHMXandRDX)andpolymericbinder (e.g., HTPB and estane). 2) Half of the classes didn't seem like we were ever learning anything new. share. GAS STATION SNACKS. I was wrong. Min Zhou . Definitely at least 4 hrs a week (often more) and some weeks it was simply impossible. Tests are pretty straight forward. 7 comments. Only downside is the homework. Also we could opt out of the final (regardless of current grade) and take a bonus quiz. Min Zhou is an overall good professor. Other than that, he's pretty good, easy A not much work.I think the best way I can sum up Dr. Zhou is with a sentence he said a few weeks before the end of classes: "I'm going to be curving pretty heavily...I don't care if everyone in the class gets an A, I want you all to learn the material and succeed."
Sort. Ph.D., Brown University, 1993 Dr. Zhou’s research interests concern material behavior over a wide range of length scales. Overall nice guy and a decent professor.Overall nice guy and good speaker. Cited by.
Cited by. Most of the conditions are not typically simulated by routine tests such as simple tension, compression and shear. Other than that, he's pretty good, easy A not much work. 1 day ago. Overall, I love this man.I had a blast in Statics and thought I'd like this class. Lectures are not mandatory but a sign in sheet was passed around every class. His latest contributions include the development of an equivalent continuum (EC) theoretical framework for linking molecular dynamics and continuum mechanics. This man is the best professor I have had at Tech so far. Using a micromechanical approach that explicitly accounts for random microstructures as well as random crack and microcrack development in heterogeneous materials, his research pointed out microstructural characteristics that significantly influence the fracture toughness of a system of ceramic composites. Work hard early in case by chance he makes the final optional (he doesn't always)Min Zhou is an overall good professor. Using a novel micromechanical model, he pointed out several microstructural adjustments that may improve the performance of a class of metal matrix composites in applications in which dynamic shear banding plays an important role. His lectures can be confusing because he likes to derive pretty much everything, but on the flip side that gives you a pretty deep understanding of the material. The approaches he uses emphasize both high-performance computational modeling using finite elements and molecular dynamics as well experimental characterization using laser interferometry and novel digital diagnostics.Slide3 A variety of deformation and loading conditions encountered in engineering applications are considered.
There's a lot of homework and lecture material, but take this guy.Took Zhou for COE 2001 as well. I found 2 problems: 1) If you go to him to ask for help on a problem, he will tell you how to basically do it and then just walk away and assume you understand completely now. It's a lot. The concepts and derivations didn't really stick with me and the lectures were hard for me to sit through. Overall, I love this man.He gives very fair tests that are not too difficult. As long as you stay on top of the homework it's an easy class.The tests were fair and accurately tested the material we had learned. The homework is way harder than the tests and he is mad accessible outside of class. bored at home but still don’t want to begin new classes and endure hell again. Use the buttons provided to learn more about this researcher’s work, or visit our innovation database to search for other Georgia Tech inventions you need. 296. There was a lot of homework for this class that was fairly time consuming. By the end of the course, I was pretty lost (and covid didn't help). share. save hide report. The homework is way harder than the tests and he is mad accessible outside of class. Posted by.