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The high order TENO schemes: concepts, methods and performances

Event Type: 
Date and Time: 
Friday, January 26, 2018 - 16:30
CTR Conference Room 103
Event Sponsor: 
Parviz Moin, Director of Center for Turbulence Research
Dr.-Ing. Lin Fu

A family of high order TENO (targeted ENO) schemes has been proposed by Fu et al. [JCP 305 (2016): 333-359] [JCP 349 (2017): 97-121]. In this talk, the key concept of TENO schemes and the differences between TENO and WENO will be addressed, as well as the framework to construct arbitrarily high-order TENO reconstruction. Then, he will introduce the method to optimize and control numerical dispersion and dissipation separately. Thirdly, the TENO schemes capable of capturing shocks and resolving incompressible and compressible turbulence as an implicit LES model will be outlined. At last, he will summarize the wave-resolution property, shock-capturing capability, numerical robustness and the computational efficiency of TENO schemes.

Dr.-Ing. Lin Fu is a postdoctoral fellow of CTR at Stanford University. Before he joined CTR, he did postdoctoral research with Professor N.A. Adams in Technical University of Munich. In the same institute, he obtained his Ph.D. degree with a grade of Summa Cum Laude. He develops new numerical methods including the high-order TENO schemes, the CVP and SPH based domain decomposition method, SPH method and mesh generation method. He is interested in multiphase flows, MHD flows and turbulence.