Application of PETSc in the Linear Solver of OpenFOAM. - Zhongyuan Guo; Liyang Xu; Hao Li 039; Chao Li 070; Qian Wang; Xinhai Xu (UIC/ATC/ScalCom, 2015)

Using multigrid methods in CFD simulations. - Hao Li 039; Xiaoguang Ren; Hongyu Ji; Chao Li 070; Jinyu Wang; Juan Chen (HPCS, 2016)

An improved changing-topology moving mesh method in OpenFOAM. - Jinyu Wang; Xinhai Xu; Chao Li 070; Yuhua Tang (CITS, 2017)

A Parallel RBF Mesh Deformation Method with Multi-greedy Algorithm in OpenFOAM. - Chao Li 070; Wenjing Yang 002; Jinyu Wang; Xiaoguang Ren; Shuai Ye; Yufei Lin (HPCS, 2017)

A Hybrid Parallel Algorithm for Solving Eeuler Equation Using Explicit RKDG Method Based on OpenFOAM. - Shuai Ye; Xiaoguang Ren; Yuhua Tang; Liyang Xu; Hao Li 039; Chao Li 070; Yufei Lin (HPCS, 2017)

Insertion of PETSc in the OpenFOAM Framework. - Hao Li 039; Xinhai Xu; Miao Wang; Chao Li 070; Xiaoguang Ren; Xuejun Yang (ACM Trans. Model. Perform. Evaluation Comput. Syst., 2017)

APOAL: An Adaptive Parallel Optimization Algorithm for LBM Fluid Simulations. - Sijiang Fan; Xiaowei Guo; Chao Li 070; Ran Zhao; Yi Wang; Yi Liu 083; Canqun Yang (HPCC/SmartCity/DSS, 2019)

A Lightweight Collective Communication Based Parallel Algorithm for the Greedy Point Selection in RBF Mesh Deformation. - Ran Zhao; Chao Li 070; Xiaowei Guo; Sijiang Fan; Yi Wang; Yi Liu 083; Canqun Yang (HPCC/SmartCity/DSS, 2019)

The Communication-Overlapped Hybrid Decomposition Parallel Algorithm for Multi-Scale Fluid Simulations. - Yi Liu 083; Xiaowei Guo; Chao Li 070; Canqun Yang; Xinbiao Gan; Peng Zhang 061; Yi Wang; Ran Zhao; Sijiang Fan (ICPP, 2019)

The Research on Efficiency of Bionic Robotic Fish Cruising Formation. - Shuman Li; Chao Li 070; Liyang Xu; Yuhua Tang (RCAR, 2019)

Modeling performance of the multiscale fluid numerical solver on large-scale parallel computers. - Xiaowei Guo; Chao Li 070 (HP3C, 2020)

Implementation of RBF Mesh Deformation with Topology Refinement in OpenFOAM. - Chao Li 070; Ran Zhao; Xiaowei Guo (HP3C, 2020)

Improving performance for simulating complex fluids on massively parallel computers by component loop-unrolling and communication hiding. - Xiaowei Guo; Chao Li 070; Wei Li; Yu Cao; Yi Liu 083; Ran Zhao; Sen Zhang; Canqun Yang (HPCC/DSS/SmartCity, 2020)

Numerical Study of Fluid-Structure Interaction Dynamics under High-explosive Detonation on Massively Parallel Computers. - Sen Zhang; Xiaowei Guo; Chao Li 070; Yi Liu 083; Ran Zhao; Canqun Yang (HPCC/DSS/SmartCity, 2020)

Consistent Multi-Threaded Mesh Refinement with Adaptive Length Scale Estimation for Moving Boundary Problems. - Chao Li 070; Ran Zhao; Xiaowei Guo (CSAE, 2021)

Numerical Simulation of Hydrofoil Cavitation Based on OpenFOAM. - Hanwen Xu; Xiaowei Guo; Chao Li 070; Qiao Liu; Huajian Zhang; Jie Liu 002 (CSAE, 2022)

ParallelDualSPHysics: supporting efficient parallel fluid simulations through MPI-enabled SPH method. - Sifan Long; Xiaowei Guo; Xiaokang Fan; Chao Li 070; Kelvin Wong; Ran Zhao; Yi Liu 083; Sen Zhang; Canqun Yang (ICPP, 2022)

VecDualSPHysics: A vectorized implementation of Smoothed Particle Hydrodynamics method for simulating fluid flows on multi-core processors. - Sifan Long; Xiaokang Fan; Chao Li 070; Yi Liu 083; Sijiang Fan; Xiaowei Guo; Canqun Yang (J. Comput. Phys., 2022)

A Load Balancing Model for Parallel Simulation of Fluid-Structure Interaction in Cavitating Flow. - Qiao Liu; Chao Li 070; Jie Liu 002; Xiaowei Guo; Sen Zhang; Huajian Zhang; Hanwen Xu (CNIOT, 2023)

An Improved Parallel Overset Grid Method for Fluid Simulation with Moving Boundary. - Ran Zhao; Chao Li 070; Xiaowei Guo; Yi Liu 083; Sifan Long; Sen Zhang; Yanlong Qiu; Canqun Yang (ICPP, 2023)

A large scale parallel fluid-structure interaction computing platform for simulating structural responses to a detonation shock. - Sen Zhang; Xiaowei Guo; Chao Li 070; Yi Liu 083; Sijiang Fan; Ran Zhao; Canqun Yang (Softw. Pract. Exp., 2023)

A Motion Trace Decomposition-based overset grid method for parallel CFD simulations with moving boundaries. - Ran Zhao; Chao Li 070; Xiaowei Guo; Sen Zhang; Xi Yang 020; Tao Tang 001; Canqun Yang (ICPP, 2024)

FE-PIRBN: Feature-enhanced physics-informed radial basis neural networks for solving high-frequency electromagnetic scattering problems. - Huajian Zhang; Chao Li 070; Rui Xia; Xinhai Chen; Tiaojie Xiao; Xiaowei Guo; Jie Liu 002 (J. Comput. Phys., 2025)