Seminar Event Detail


Student AIM Seminar

Date:  Friday, September 22, 2017
Location:  1084 East Hall (4:10 PM to 5:00 PM)

Title:  Modeling and Simulating Damage Evolution in Brittle Solids

Abstract:   Brittle materials are important for many applications ranging from the concrete structures to Beryllium aircraft parts. Crack growth and coalescence leads to the weakening and failure of brittle materials. The physics of crack growth is complex and modeling is largely limited to simple idealized settings. Simulations are difficult from both a physical accuracy and a computational complexity perspective. In this talk I will give an introduction to solid mechanics and damage modeling, then explain some of the experimental and computational challenges. I will present preliminary results as proof of concept for a crack-statistics scale bridging approach that enables a large scale simulation to account for damage due to cracks too small to resolve.

Files:


Speaker:  Nathan Vaughn
Institution:  University of Michigan

Event Organizer:   Audra McMillan    amcm@umich.edu

 

Edit this event (login required).
Add new event (login required).
For access requests and instructions, contact math-webmaster@umich.edu

Back to previous page
Back to UM Math seminars/events page.