Guoyi Ke is a PhD student and computational scientist with 11 years of experience specializing in CFD, numerical algorithms, and computational outdoor acoustics. Based at the University of Kansas, he builds high-order, MPI-parallel C++ and CUDA-accelerated codes for time-domain linearized Euler equations, immersed boundaries, and turbulence-coupled acoustic propagation in complex environments. His work ranges from implementing WENO and DG schemes to Roe/MUSCL finite-volume solvers on unstructured grids, and he has demonstrated scalable performance on Linux clusters up to 256 cores. Notably, he explored moving zonal methods for long-range acoustic propagation and coupled quasi-wavelet turbulence models to reveal turbulence effects on high-frequency scattering. Trained in fluid mechanics at Shanghai Jiaotong University, he blends rigorous numerical analysis with practical HPC engineering to tackle real-world outdoor sound and flow problems.
11 years of coding experience
PHD, CFD, Numerical algorithms, Computational outdoor acoustics, PHD, CFD, Numerical algorithms, Computational outdoor acoustics at University of Kansas
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