junfeng wang

* Generated and optimized the unstructured grid in Gambit * Developed a novel and powerful compressible high-order unstructured spectral-difference (CHORUS) solver for simulating thermal convection and related fluid dynamics in spherical shells * Parallelized the CHORUS solver using MPI to achieve excellent scalability up to 12,000 CPU cores * Analyzed and visualized the results in IDL and TECPLOT

Developed Finite Element Method (FEM) model and coded a program in MATLAB to solve geometrically nonlinear and materially linear problems using the eight node 3-D hexahedron element. Enhanced the capabilities of the program to solve geometrically linear but materially nonlinear elasto-plastic problems. Verified the results in ABAQUS; Established an incompressible model and developed a Fortran program to numerically determine and analyze a steady flow in a two-dimensional cavity based on time-splitting method and Finite Difference method

* Developed and implemented moving and deforming grid method to perform high-order accurate CFD simulations of an oscillating-wing wind power generator and designed a novel pitch-plunging motion to increase the efficiency by 32.5%; * Developed a Discontinous Galerkin (DG) solver to simulate a crypto-steady supersonic pressure exchange * Intensive engineering experience in designing & modeling using SOLIDWORKS and FEA/CFD analyses using ABAQUS and ANSYS FLUENT;

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