Recent Advances in Multirate Time Integration for Multiphysics Problems | SIAM

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2019 SIAM Conference on Com...
Recent Advances in Multirat...

Recent Advances in Multirate Time Integration for Multiphysics Problems

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CSE19 - MS103-1: Efficient Multirate Methods from High Order

Presentation: Jean Sexton, Lawrence Berkeley National Laboratory, U.S., 15 min 51 sec

CSE19 - MS103-1: Efficient Multirate Methods from High Order

Document: CSE19 - MS103-1: Efficient Multirate Methods from High Order

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CSE19 - MS103-3: Design of High-order Multirate General Additive Runge Kutta Schemes

Presentation: Arash Sarshar, Virginia Tech, U.S., 21 min 16 sec

CSE19 - MS103-3: Design of High-order Multirate General Additive Runge Kutta Schemes

Document: CSE19 - MS103-3: Design of High-order Multirate General Additive Runge Kutta Schemes

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CSE19 - MS103-4: A New Class of High-order, Flexible, IMEX Multirate Integrators for Multiphysics Applications

Presentation: Rujeko Chinomona, Southern Methodist University, U.S., 20 min 58 sec

CSE19 - MS103-4: A New Class of High-order, Flexible, IMEX Multirate Integrators for Multiphysics Applications

Document: CSE19 - MS103-4: A New Class of High-order, Flexible, IMEX Multirate Integrators for Multiphysics Applications