Zhi Shang Website

High Performance Computing (Post-Doc), Intel® Parallel Computing Center, Texas A&M University
Nuclear Engineering (Ph.D.), Xi'an Jiaotong University
Thermal Engineering (Master), Xi'an Jiaotong University
Chemical Engineering (Bachelor), Xi'an Jiaotong University

Project MPI, OpenMP and GPU with C++ and Fortran code developments:

Development of large-scale finite element software for fault seismic waves (Fortran, C++ and Python)
Developing a regional coupled earth system model with WRF and ROMS coupling (Fortran, C and Python);
Conducting the Regional CESM for regional high resolution climate simulations (Fortran, C and Python);
OpenFOAM for complex fluid flow with practical applications (C++).

Project Intel Xeon Phi C++ code developments:

High Performance Computing (HPC) at Intel Xeon Phi Knights Landing Cluster (KNL) using OpenFOAM (C++);
Coupling DPM and DEM with VOF for multiphase flow using OpenFOAM (C++);
DPM and DEM modeling for porous media based on OpenFOAM (C++);
OpenFOAM for complex fluid flow with practical application (C++).

Project high performance computing C++ developments:

Parallelizing and optimizing OpenFOAM for dealing with large scale high performance computing (C++);
Parallelizing and optimizing 3D CFD codes of VOF, level set and CLSVOF for multiphase flows (C++ and Fortran);
Parallelizing and optimizing 3D LBM code for multiphase flows (C++, Fortran and Matlab);
Lagrangian algebraic slip mixture model for multiphase flows (C and C++);
Interface dynamics of multiphase flows (C and C++);
OpenFOAM for complex fluid flows (C++).

Project large scale C++, C and Fortran code developments:

Research and development on large scale CFD parallel computing program towards the Exascale (C and Fortran);
Research and development on supercavitation around high speed submarine using OpenFOAM (C++);
Hybrid MPI and OpenMP parallel CFD programming for finite element method (Fortran);
Complex fluid flow using OpenFOAM on chemical reactions and combustions (C++);
Research and development on hypersonic rarefied flows using OpenFOAM (C++).

Project MPI Fortran code developments:

in-house hypersonic CFD code development for LES and DNS with MPI (Fortran);
CFD with heat transfer of supercritical pressurized water (SCWR) (Fortran);
Developing compressible CFD code (SBLI) on DNS and LES for hypersonic flows (Fortran);
Development of novel drift-flux model for two-phase flows (C and C++).

Project code developments for nuclear engineering industry:

CFD on aided design of supercritical pressurized water-cooled fast nuclear reactor (SWFR);
Research and application of CFD (C++ and Fortran);
Multiphase flow modeling and code developing (C and C++);
Nuclear reactor thermal dynamics computing (Matlab, Fortran, C and C++).