Numerical investigation on a comprehensive high-order finite particle scheme

Authors: Li, Yudong, Li, Yan, Wang, Chunfa, Joli, Pierre, Feng, Zhiqiang

Contributors: Davesne, Frédéric

Source: Applied Mathematics and Mechanics. 46:1187-1214

Subject Terms: high-order finite particle method (HFPM), decoupled finite particle method (DFPM), numerical method, [SPI.MECA] Engineering Sciences [physics]/Mechanics [physics.med-ph], weakly compressible smoothed particle hydrodynamics (SPH), kernel gradient correction (KGC), O175

Access URL: https://univ-evry.hal.science/hal-05103273v1
https://doi.org/10.1007/s10483-025-3262-9

Fracture of Mooring Lines of Offshore Floating Wind Turbines Based on the Finite Particle Method

Authors: Yu, Ying^Aff12, Luo, Peng^Aff12

Contributors: di Prisco, Marco, Series Editor^Aff1, Chen, Sheng-Hong, Series Editor^Aff2, Vayas, Ioannis, Series Editor^Aff3, Kumar Shukla, Sanjay, Series Editor^Aff4, Sharma, Anuj, Series Editor^Aff5, Kumar, Nagesh, Series Editor^Aff6, Wang, Chien Ming, Series Editor^Aff7, Cui, Zhen-Dong, Series Editor^Aff8, Lu, Xinzheng, Series Editor^Aff9, Jeng, Dong-Sheng, editor^Aff10, Cai, Baoping, editor^Aff11

Source: Proceedings of 11th International Conference on Coastal and Ocean Engineering : Proceedings of ICCOE 2024. 423:186-196

Spatiotemporal deep learning framework for dynamic fracture evolution prediction in multiphase composite structures

Authors: Kang, Yufeng ^a, Zheng, Yanfeng ^{a, b, f, ⁎}, Su, Haijian ^{b, c}, Zhang, Jingyao ^d, Cai, Yuxiang ^{f, g}, Luo, Yaozhi ^{a, e}

Source: In Engineering Fracture Mechanics 22 December 2025 330

Analysis approach for coupling between membrane structures and granular systems combining finite particle method (FPM) and discrete element method (DEM)

Authors: Zheng, Yanfeng ^{a, c, d, ⁎}, Su, Yiyang ^a, Li, Siyuan ^a, Zhang, Jingyao ^b, Yang, Chao ^{a, d}, Luo, Yaozhi ^{a, d}

Source: In Engineering Structures 15 November 2025 343 Part C

Experimental and numerical investigation of shape-adaptive large cable net with load-relieving system

Authors: Ye, Cheng ^{a, b}, Qin, Kai ^c, Wang, Ruhao ^a, Yang, Chao ^{a, b, d, ⁎}, Luo, Yaozhi ^a, Zhao, Fan ^c, Cai, Pengcheng ^a

Source: In Journal of Constructional Steel Research November 2025 234

A modified finite particle method with adaptive strategy for solving bilateral obstacle problems

Authors: Ruan, Dianjian ^a, Chen, Zhanheng ^{a, d}, Yuan, Daming ^{a, b, c, ⁎}

Source: In Engineering Analysis with Boundary Elements February 2026 183

A SPH method of high accuracy and efficiency for low and medium Reynolds number flow problems

Authors: Chen, Ding, Huang, Wenxiong^{Aff1, IDs4057102300682y_cor2}, Liang, Chao

Source: Computational Particle Mechanics. 11(4):1613-1626

Dynamics analysis of deployment process of the Bennett linkage with revolute clearance joints

Authors: Li, Siyuan, Zheng, Yanfeng^{Aff1, Aff4, IDs1107102409603x_cor2}, Wu, Hanwen, Zhang, Jingyao, Ohsaki, Makoto, Yang, Chao^{Aff1, Aff3}, Luo, Yaozhi^{Aff1, Aff3}

Source: Nonlinear Dynamics: An International Journal of Nonlinear Dynamics and Chaos in Engineering Systems. 112(13):10911-10935

Kresling origami structure: Mechanical and aerodynamic drag characteristics

Authors: Zhang, Ji ^{a, b, ⁎}, Liu, Shuai ^{a, b}, Gao, Tianyu ^c, Wang, Changguo ^{d, e, ⁎}

Source: In Composite Structures March 2025 357

Enhancing structural analysis of nonrigid mechanisms in space grids through the Finite Particle Method

Authors: Liu, Yan ^a, Huang, Junning ^a, Liu, Zhiwei ^a, Yu, Ying ^{b, d, e, ⁎}, Liu, Jingwen ^b, Luo, Yaozhi ^c

Source: In Structures January 2025 71

A unified updated Lagrangian smoothed particle hydrodynamics for fluid-structure interaction problems with moving boundaries and interfaces

Authors: Chen, Ding ^a, Liang, Chao ^{a, b}, Huang, Wenxiong ^{a, ⁎}

Source: In Applied Mathematical Modelling January 2025 137 Part A

Modeling and motion analysis of flexible legged robots using the finite particle method

Authors: Yu, Ying ^{a, d, e, ⁎}, Liu, Jingwen ^a, You, Yugen ^b, Tan, Qilin ^a, Xu, Xinzhuo ^a, Zheng, Yanfeng ^c, Fan, Zhun ^a

Source: In Thin-Walled Structures December 2024 205 Part B

Size, shape and topology optimization of truss structure via the finite particle method

Authors: Zhou, Jinhang ^a, Zeng, Yan ^a, Li, Gang ^{a, b, ⁎}

Source: In Computers and Structures 1 December 2024 305

Multi-layered solid element for seismic analysis of rubber bearings considering stress continuity based on finite particle method

Authors: Yao, Junjie ^{a, b}, Zheng, Yanfeng ^{a, b, ⁎}, Tang, Jingzhe ^{a, c}, Wang, Siqi ^d, Luo, Yaozhi ^{a, c}, Yang, Chao ^{a, b, c}

Source: In Engineering Structures 1 November 2024 318

GPU-accelerated approach for 2D fracture analysis of structures combining finite particle method and cohesive zone model

Authors: Kang, Yufeng ^a, Zheng, Yanfeng ^{a, d, ⁎}, Li, Siyuan ^a, Zhang, Jingyao ^b, Tang, Jingzhe ^a, Yang, Chao ^a, Luo, Yaozhi ^{a, c}

Source: In Engineering Fracture Mechanics 5 August 2024 306

Dynamic control of pre-stressed cable systems by using frictional sliding cables

Authors: Ye, Cheng ^{a, c}, Xue, Yu ^d, Luo, Yaozhi ^{a, b}, Yang, Chao ^{a, c, ⁎}

Source: In Engineering Structures 1 August 2024 312

An improved algorithm for Finite Particle Method considering Lagrange-type remainder

Authors: Yang, Yang ^⁎, Li, Yaoyu, Xu, Fei

Source: In Engineering Analysis with Boundary Elements July 2024 164

Nonlinear dynamic collapse analysis of space semi-rigid frames using finite particle method

Authors: Dong, Shuqin ^{a, b, c}, Yu, Ying ^d, Ge, Huibin ^{a, b}, Luo, Yaozhi ^{a, b, ⁎}

Source: In Journal of Constructional Steel Research May 2024 216

An enhanced simplified model for dynamic analysis of deployable Bennett linkages considering link cross-sectional size and contact

Authors: Zheng, Yanfeng ^{a, c}, Li, Siyuan ^a, Zhang, Jingyao ^b, Luo, Yaozhi ^{a, d, ⁎}

Source: In International Journal of Solids and Structures 1 January 2024 286-287

GPU-accelerated vector-form particle-element method for 3D elastoplastic contact of structures

结构三维弹塑性接触问题的图形处理器并行有限质点法求解

Authors: Wang, Wei^{Aff1, Aff2}, Zheng, Yanfeng^{Aff1, Aff3, Aff4, IDjzusA2200311_cor2}, Tang, Jingzhe, Yang, Chao^{Aff1, Aff4}, Luo, Yaozhi^{Aff1, Aff4}

Source: Journal of Zhejiang University-SCIENCE A: Applied Physics & Engineering. 24(12):1120-1130