The panel will address the modeling challenges encountered in industry. Within the MGI perspective, these may range from materials design and experiment, through mathematical modeling, large scale computing, model validation and managing large sets of data.
Creator:
Breitzman, Timothy D (US Air Force Research Laboratory); Burns, Timothy (National Institute of Standards and Technology); Button, Leslie (Corning Incorporated); Vargheese, Kochuparambil Deena (Corning Incorporated)
Created:
2012-09-13
Contributed By:
University of Minnesota, Institute for Mathematics and its Applications.
The MGI focuses on restructuring, coordinating and, in some degree, reinventing the multiple stages of materials research, by focusing in the underlying science and mathematics. One question the panel will discuss is how these efforts may help improve education, with a goal of optimally preparing students for high tech jobs. Panel participants w...
Creator:
Burns, Timothy (National Institute of Standards and Technology); Emelianenko, Maria (George Mason University); Padron, Victor (Normandale Community College); Tandia, Adama (Corning Incorporated)
Created:
2012-09-14
Contributed By:
University of Minnesota, Institute for Mathematics and its Applications.
About thirty years ago, the problem of the localization of rapid plastic deformation of a number of polycrystalline metals into adiabatic shear bands began to receive considerable attention, mainly due to its connection with military applications, such as armor penetration. However, the phenomenon had been observed much earlier in metal machinin...
Creator:
Burns, Timothy (National Institute of Standards and Technology)
Created:
2013-08-07
Contributed By:
University of Minnesota, Institute for Mathematics and its Applications.