DualSPHysics: Open-source parallel CFD solver based on smoothed particle hydrodynamics (SPH). DualSPHysics is a hardware accelerated Smoothed Particle Hydrodynamics code developed to solve free-surface flow problems. DualSPHysics is an open-source code developed and released under the terms of GNU General Public License (GPLv3). Along with the source code, a complete documentation that makes easy the compilation and execution of the source files is also distributed. The code has been shown to be efficient and reliable. The parallel power computing of Graphics Computing Units (GPUs) is used to accelerate DualSPHysics by up to two orders of magnitude compared to the performance of the serial version.

References in zbMATH (referenced in 68 articles , 2 standard articles )

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  1. Chow, Alex D.; Stansby, Peter K.; Rogers, Benedict D.; Lind, Steven J.; Fang, Qinghe: Focused wave interaction with a partially-immersed rectangular box using 2-D incompressible SPH on a GPU comparing with experiment and linear theory (2022)
  2. da Silva, L. P.; Marchi, C. H.; Meneguette, M.; Foltran, A. C.: Robust RRE technique for increasing the order of accuracy of SPH numerical solutions (2022)
  3. Jandaghian, Mojtaba; Siaben, Herman Musumari; Shakibaeinia, Ahmad: Stability and accuracy of the weakly compressible SPH with particle regularization techniques (2022)
  4. Li, Zhenning; Xu, Chengzhong; Bian, Zilin: A force-driven model for passenger evacuation in bus fires (2022)
  5. Long, Sifan; Fan, Xiaokang; Li, Chao; Liu, Yi; Fan, Sijiang; Guo, Xiao-Wei; Yang, Canqun: VecDualSPHysics: a vectorized implementation of smoothed particle hydrodynamics method for simulating fluid flows on multi-core processors (2022)
  6. Ouyang, Zhenyu; Yu, Zhaosheng; Khoo, Boo Cheong; Wang, Di; Phan-Thien, Nhan: A hybrid smoothed particle hydrodynamics coupled to a fictitious domain method for particulate flows and its application in a three-dimensional printing process (2022)
  7. Ramalho, P.; Antunes, P.; Ambrósio, J.; Macedo, A. M.; Pissarra, S.: Virtual pantograph-catenary environment for control development based on a co-simulation approach (2022)
  8. Shi, Qiushuang; Zhao, Jingjun; Jiang, Rongrong; Jiang, Tao: A high-efficient splitting step reduced-dimension pure meshless method for transient 2D/3D Maxwell’s equations in complex irregular domain (2022)
  9. Soleimani, Kaveh; Ketabdari, Mohammad Javad; Bingham, Harry B.: WCSPH simulation of the forced response of an attenuator oscillating water column wave energy converter (2022)
  10. Tao, Kaidong; Zhou, Xueqian; Ren, Huilong: The application of an advanced coupled SPH-BEM algorithm to 2D fluid sloshing simulation (2022)
  11. Yang, Lijing; Rakhsha, Milad; Hu, Wei; Negrut, Dan: A consistent multiphase flow model with a generalized particle shifting scheme resolved via incompressible SPH (2022)
  12. Zhang, Guanyu; Zhao, Weiwen; Wan, Decheng: Moving particle semi-implicit method coupled with finite element method for hydroelastic responses of floating structures in waves (2022)
  13. Zhang, Huashan; Zhang, Zhilang; He, Fang; Liu, Moubin: Numerical investigation on the water entry of a 3D circular cylinder based on a GPU-accelerated SPH method (2022)
  14. Zou, Li; Sun, Jia Zhao; Sun, Zhe; Yu, Zong Bing; Zhao, Huai Bin: Study of two free-falling spheres interaction by coupled SPH-DEM method (2022)
  15. Afrasiabi, M.; Klippel, H.; Roethlin, M.; Wegener, K.: An improved thermal model for SPH metal cutting simulations on GPU (2021)
  16. Agarwal, Shagun; Sriram, V.; Yan, Shiqiang; Murali, K.: Improvements in MLPG formulation for 3D wave interaction with fixed structures (2021)
  17. Amaro, Rubens A. Junior; Cheng, Liang-Yee; Buruchenko, Sergei K.: A comparison between weakly-compressible smoothed particle hydrodynamics (WCSPH) and moving particle semi-implicit (MPS) methods for 3D dam-break flows (2021)
  18. Avesani, Diego; Dumbser, Michael; Vacondio, Renato; Righetti, Maurizio: An alternative SPH formulation: ADER-WENO-SPH (2021)
  19. Chen, Jian-Yu; Feng, Dian-Lei; Lien, Fue-Sang; Yee, Eugene; Deng, Shu-Xin; Gao, Fei; Peng, Chong: Numerical modelling of interaction between aluminium structure and explosion in soil (2021)
  20. Cui, Jie; Chen, Xin; Sun, Pengnan: Numerical investigation on the hydrodynamic performance of a new designed breakwater using smoothed particle hydrodynamic method (2021)

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Further publications can be found at: https://dual.sphysics.org/index.php/references/