W17 Advanced Modeling and Simulation: Can it Reduce Costs and Transform the Future?
Advanced modeling and simulation (M&S) has the potential to change the traditional approach to the design and evaluation of nuclear systems and components. Understanding complex phenomena, such as the detonation of nuclear devices or the prediction of hurricanes and other natural disasters, is now addressed by M&S on high-performance computer systems now available to many organizations. Advanced M&S has been suggested as a way the nuclear industry can reduce costs, while maintaining the high level of safety that exists today. This session will explore the future of M&S in nuclear power plant applications. The session will cover a range of domains, from traditional uses such as thermal-hydraulics and nuclear fuel safety to emerging areas such as nondestructive evaluation and security. Panelists will share how M&S is being employed practically to create a safer and more efficient future.
- Stephen Bajorek, Senior Technical Advisor for Thermal Hydraulics Code Development and Analysis, Division of Systems Analysis, RES/NRC tel: 301-415-2345, e-mail: Stephen.Bajorek@nrc.gov
Stephen Bajorek, Senior Technical Advisor for Thermal Hydraulics Code Development and Analysis, Division of Systems Analysis, RES/NRC
Mark Dennis, Program Manager – NDE Modeling & Simulation, Electric Power Research Institute
Chris Stanek, NEAMS National Technical Director, Los Alamos National Laboratory
Zeses Karoutas, Chief Engineer Nuclear Fuel, Westinghouse Electric Company
Abhinav Gupta, Director and Professor, Center for Nuclear Energy Facilities and Structures, North Carolina State University
- Jason Thompson, Reactor Systems Engineer, Division of Systems Analysis, RES/NRC tel: 301-415-1660, e-mail: Jason.Thompson@nrc.gov
Page Last Reviewed/Updated Wednesday, May 27, 2020