Caltech's PSAAP Center

The Center for the Predictive Modeling and Simulation of High-Energy Density Dynamic Response of Materials Home \| Mission \| Research \| Resources \| Leadership \| Overarching Application
	Predictive Science Academic Alliance Program

2010 Advanced Simulation and Computing
Principal Investigators Meeting
February 8–11, 2010
Las Vegas, Nevada

Meeting website

Caltech Posters

Presenter(s)	Title
*Bo Li* and Michael Ortiz	The Optimal Transportation Meshfree(OTM) Method for Hypervelocity Impact Simulation
*Michael McKerns*, Sharon Brunett, and Michael Aivazis	Caltech's Uncertainty Quantification Pipeline
Michael McKerns, Houman Owhadi, Tim Sullivan, and Ufuk Topcu	Adaptive Subdivision in Uncertainty Quantification
David Hill, Dan Meiron, Dale Pullin, and Michael Ortiz	A General Eulerian Finite-Difference Solver for Hyper-Elastic and Viscoplastic Materials
*Celia Reina-Romo*, Jaime Marian, and Michael Ortiz	Multiscale modeling of ductile failure and fragmentationfailure and fragmentation

Mission

The goal of the NNSA Predictive Science Academic Alliance Program (PSAAP) is to bring about validated, large-scale, multidisciplinary, simulation-based Predictive Science as a major academic and applied research program. At Caltech's Center, Predictive Science will be demonstrated by means of a concerted and highly integrated experimental, computational, and analytical effort that focuses on an overarching ASC-class problem: hypervelocity normal and oblique impact of metallic projectiles and targets, at velocities up to 10 km/s.
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Resources

Computing Resources

Meetings & Seminars

Employment Opportunities

Publications & Reports

ASC Quarterly Newsletter

Personnel

Research Areas

Computational & Fluid Dynamics

Computational Science & Engineering

Experimental Science

Solid Dynamics & Materials

Uncertainty Quantification


				U. S. Department of Energy contract DE-FC52-08NA28613	internal pages