开发团队

团队介绍

彭玉祥

彭玉祥

中山大学 副教授

围绕水下强冲击载荷作用下的结构毁伤,团队长期致力于冲击动力学、计算力学的理论发展与应用,尤其是在流固耦合计算方法、高精度算法等方向开展深入研究。经过多年研究,团队从底层算法原理出发,构建了一套面向水下爆炸多相流及结构毁伤的高性能数值仿真框架。深度融合了 FEM(有限元法)SPH(光滑粒子流体动力学)DGM(间断伽辽金法) 等多种数值方法,旨在实现多物理场的高效精确求解。

团队研究方向覆盖:

  • FEM:结构冲击动响应、接触、弹塑性断裂等
  • SPH:热力耦合、聚能射流、常规水动力等
  • DGM:强可压缩流、粘性流、多相流、浸没边界等
  • ...

为什么开发PhysEngine:目前结构、流体领域的商业软件极为成熟,但多物理场耦合的软件还不完善,跨流体商业软件与结构商业软件的耦合求解不稳定,计算效果不尽如人意。因此我们决定开发一套完全自主的多物理场耦合数值仿真软件——PhysEngine,它融合多种场景下的优势计算方法,可实现水下爆炸、结构冲击、多相流动等复杂物理过程的模拟。

加入团队:每年有若干研究生指标,对算法开发感兴趣的同学欢迎联系(yxpeng2014@163.com)。

团队成员

王标

王标

方向:可压缩DG算法开发
去向:东方理工大学读博

彭统帅

彭统帅

方向:SPH算法开发
去向:中国空气动力研究与发展中心

王冠天

王冠天

方向:热力耦合算法开发
去向:广船国际有限公司

黄敏沾

黄敏沾

方向:结构响应智能预测算法
研究生在读

李骁

李骁

方向:SPH波流耦合算法开发
研究生在读

陆奕聪

陆奕聪

方向:粘性流DG算法开发
研究生在读

张文博

张文博

方向:多相流算法开发
研究生在读

部分发表论文

A 3D multi-resolution SPH-FEM coupling model with boundary penetration prevention technique for violent fluid-structure interactions

Shi W K, Chen C, Peng Y. X., et al. | Computer Methods in Applied Mechanics and Engineering, 2026 (SCI, JCR 一区, IF: 6.9)

Engineering application and experimental validation of the FEM-PIKAN model in ship hull deformation analysis

Jiang Z. T., Huang M. Z., Peng Y. X. (通讯作者), et al. | Ocean Engineering, 2026 (SCI, JCR 一区, IF: 5.5)

Numerical simulation of vortex-induced vibration response of flexible riser with internal flow under shear flow

Chen Z. L., Liu N. N., Peng Y. X., et al. | Ocean Engineering, 2025 (SCI, JCR 一区, IF: 5.5)

Physics-informed KAN-coupled FEM for deformation analysis of complex shells

Huang M. Z., Peng Y. X. (通讯作者), Jiang Z. T., et al. | Thin-Walled Structures, 2025 (SCI, JCR 一区, IF: 6.6)

Experimental and numerical study on vibration suppression mechanism of vortex induced vibration in riser

Li X., Peng Y. X. (通讯作者), Liu N. N., et al. | Ocean Engineering, 2025 (SCI, JCR 一区, IF: 5.5)

High-order Discontinuous Galerkin solver based on Jacobi polynomial expansion for compressible flows on unstructured meshes

Peng Y. X., Wang B., Sun P. N., et al. | arXiv preprint, 2024

Mitigating impact loads during water entry by utilizing the air-spring effect

Peng T. S., Peng Y. X. (通讯作者), Sun P. N., et al. | Ocean Engineering, 2024 (SCI, JCR 一区, IF: 5.5)

A meshfree orthotropic laminated shell model for geometrically nonlinear static and dynamic analysis

Xue B., Zhang A. M., Peng Y. X., et al. | Computational Mechanics, 2024 (SCI, JCR 一区, IF: 3.9)

An SPH study of slamming and splashing at the bow of SYSU vessel

Zhong S. Y., Sun P. N., Peng Y. X., et al. | Ocean Engineering, 2023 (SCI, JCR 一区, IF: 5.5)

Numerical Simulation of the Anti-explosion Performance of Honeycomb Structures Based on RKPM

Wang B., Peng Y. X. (通讯作者), Sun P. N., et al. | ICCES 2023 (EI, 会议论文)

A novel coupled Riemann SPH–RKPM model for the simulation of weakly compressible fluid–structure interaction problems

Xue B., Wang S. P., Peng Y. X., et al. | Ocean Engineering, 2022 (SCI, JCR 一区, IF: 4.6)

A nonlocal nonlinear stiffened shell theory with stiffeners modeled as geometrically-exact beams

Zhang Q., Li S., Zhang A. M., Peng Y. X., et al. | Computer Methods in Applied Mechanics and Engineering, 2022 (SCI, JCR 一区, IF: 6.9)

An improved model for compressible multiphase flows based on Smoothed Particle Hydrodynamics with enhanced particle regeneration technique

Li M. K., Zhang A. M., Peng Y. X., et al. | Journal of Computational Physics, 2022 (SCI, JCR 一区, IF: 3.8)

强冲击作用下舰船结构毁伤的三维无网格SPH-RKPM方法数值模拟

彭玉祥, 张阿漫, 薛冰, 等 | 中国科学: 物理学, 力学, 天文学, 2021 (封面论文)

Coupling of WCSPH and RKPM for the simulation of incompressible fluid-structure interactions

Peng Y. X., Zhang A. M., Wang S. P. | Journal of Fluid and Structure, 2021 (SCI, JCR 一区, IF: 2.84)

Particle regeneration technique for Smoothed Particle Hydrodynamics in simulation of compressible multiphase flows

Peng Y. X., Zhang A. M., Ming F. R. | Computer Methods in Applied Mechanics and Engineering, 2021 (SCI, JCR 一区, IF: 6.9)

Numerical simulation of structural damage subjected to the near-field underwater explosion based on SPH and RKPM

Peng Y. X., Zhang A. M., Ming F. R. | Ocean Engineering, 2021 (SCI, JCR 一区, IF: 4.6)

Investigation of impact resistance performance of pyramid lattice sandwich structure based on SPH-FEM

Xue B., Peng Y. X. (通讯作者), Ren S F, et al. | Composite Structures, 2021 (SCI, JCR 一区, IF: 5.138)

A three-dimensional beam formulation for large deformation and an accurate implementation of the free boundary

Huang Y. H., Zhang Z. G., Peng Y. X., et al. | International Journal of Non-Linear Mechanics, 2021 (SCI, JCR 一区, IF: 2.8)

A 3D meshfree crack propagation algorithm for the dynamic fracture in arbitrary curved shell

Peng Y. X., Zhang A. M., Ming F. R. | Computer Methods in Applied Mechanics and Engineering, 2020 (SCI, JCR 一区, IF: 6.9)

An axisymmetric multiphase SPH model for the simulation of rising bubble

Li M. K., Zhang A. M., Ming F. R., Sun P. N., Peng Y. X. | Computer Methods in Applied Mechanics and Engineering, 2020 (SCI, JCR 一区, IF: 6.9)

A Peridynamic Reissner-Mindlin Shell Theory

Zhang Q., Li S. F., Zhang A. M., Peng Y. X., Yan J. L. | International Journal for Numerical Methods in Engineering, 2020 (SCI, JCR 一区, IF: 2.866)

A meshfree framework for the numerical simulation of elasto-plasticity deformation of ship structure

Peng Y. X., Zhang A. M., Ming F. R., Wang S. P. | Ocean Engineering, 2019 (SCI, JCR 一区, IF: 4.6)

A beam formulation based on RKPM for the dynamic analysis of stiffened shell structures

Peng Y. X., Zhang A. M., Li S. F., Ming F. R. | Computational Mechanics, 2019 (SCI, JCR 一区, IF: 3.9)

A thick shell model based on reproducing kernel particle method and its application in geometrically nonlinear analysis

Peng Y. X., Zhang A. M., Ming F. R. | Computational Mechanics, 2018 (SCI, JCR 一区, IF: 3.9)