Liu YANG

Research scientist @ MetaX Integrated Circuits (Shanghai)

Research

2020-now: GPU computing

2014-2020 (PhD@McGill): time-accurate discrete unsteady adjoint method;
preconditioned compressible equations with stiffened gas law for incompressible flows in hydraulic turbines

2011-2014 (MEng@Fudan): spectral difference method on overset grids for flow simulation of Caradonna-Tung rotor in hover

2007-2011 (BEng@Fudan): artificial compressibility method and level-set method for free surface flows

Projects & Grants

Multi-GPU accelerated computational fluid dynmamics simulation and aerodynamic shape optimization. 2022.10-2024.9, PI.

Selected Publications

(2014)[Computers & Fluids] An upwind finite volume method for incompressible inviscid free surface flows.

(2016)[Computers & Fluids] Implementation of spectral difference method on overset grids for compressible inviscid flows.

(2018)[ASME FEDSM] Data compression algorithms for adjoint based sensitivity studies of unsteady flows.

(2020)[ASME JFE] An extended eddy-preserving scheme for strong vortical flows.

(2022)[ParCFD] A Python based unstructured finite volume framework for turbulent flow simulations with generated GPU kernels.

Contact

liu.yang2@metax-tech.com

hpcliuyang@outlook.com

Interests & Hobbies

computational finance

cycling