3D explicit parallel MPM code, MPM3D, developed using object-oriented design by C++ program language with Qt, VTK and CMake, and can be run on different platforms including Windows, Linux and Mac OS. Several constitutive models, equations of state (EOS) and failure models have been implemented in our MPM3D code, such as Johnson-Cook material model for metal, Holmqusit-Johnson-Cook model and RHT model for concrete, JH2 model for ceramic, Drucker- Prager model for soil and rock, Mooney-Rivlin model for rubber, Gurson model for elastic-plastic solid with void, Polynomial EOS, Jones-Wilkins-Lee EOS and Gruneisen EOS. Several numerical examples such as shock tube, explosively driven flyer, shaped charge, debris cloud, projectile penetration of steel plate and reinforced concrete, slope slide, metal cutting are presented to demonstrate the application of MPM3D, which shows that MPM3D is a powerful tool for impact and explosion simulation

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  1. de Vaucorbeil, Alban; Nguyen, Vinh Phu; Mandal, Tushar Kanti: Mesh objective simulations of large strain ductile fracture: a new nonlocal Johnson-cook damage formulation for the total Lagrangian material point method (2022)
  2. Li, Xuan; Fang, Yu; Li, Minchen; Jiang, Chenfanfu: BFEMP: interpenetration-free MPM-FEM coupling with barrier contact (2022)
  3. Ma, Ran; Sun, WaiChing: A finite micro-rotation material point method for micropolar solid and fluid dynamics with three-dimensional evolving contacts and free surfaces (2022)
  4. Sun, Zheng; Gan, Yong; Tao, Jun; Huang, Zhilong; Zhou, Xiaomin: An improved quadrature scheme in B-spline material point method for large-deformation problem analysis (2022)
  5. de Vaucorbeil, Alban; Nguyen, Vinh Phu: Modelling contacts with a total Lagrangian material point method (2021)
  6. Nguyen, Vinh Phu; de Vaucorbeil, Alban; Nguyen-Thanh, Chi; Mandal, Tushar Kandal: A generalized particle in cell method for explicit solid dynamics (2020)
  7. Song, Yan; Liu, Yan; Zhang, Xiong: A non-penetration FEM-MPM contact algorithm for complex fluid-structure interaction problems (2020)
  8. Baumgarten, Aaron S.; Kamrin, Ken: A general fluid-sediment mixture model and constitutive theory validated in many flow regimes (2019)
  9. Liang, Yong; Zhang, Xiong; Liu, Yan: An efficient staggered grid material point method (2019)
  10. Cheon, Young-Jo; Kim, Hyun-Gyu: An efficient contact algorithm for the interaction of material particles with finite elements (2018)
  11. Zhang, Fan; Zhang, Xiong; Sze, Kam Yim; Liang, Yong; Liu, Yan: Improved incompressible material point method based on particle density correction (2018)
  12. Chen, Zhen-Peng; Zhang, Xiong; Qiu, Xin-Ming; Liu, Yan: A frictional contact algorithm for implicit material point method (2017)
  13. Zhang, Fan; Zhang, Xiong; Sze, Kam Yim; Lian, Yanping; Liu, Yan: Incompressible material point method for free surface flow (2017)
  14. Chen, Z. P.; Qiu, X. M.; Zhang, X.; Lian, Y. P.: Improved coupling of finite element method with material point method based on a particle-to-surface contact algorithm (2015)
  15. Huang, Peng; Li, Shun-li; Guo, Hu; Hao, Zhi-ming: Large deformation failure analysis of the soil slope based on the material point method (2015)
  16. Lian, Y. P.; Yang, P. F.; Zhang, X.; Zhang, F.; Liu, Y.; Huang, P.: A mesh-grading material point method and its parallelization for problems with localized extreme deformation (2015)
  17. Li, J. G.; Hamamoto, Y.; Liu, Yan; Zhang, X.: Sloshing impact simulation with material point method and its experimental validations (2014)
  18. Hernandez, R. J.; Fahrenthold, E. P.: Hybrid particle-element method for an unstructured hexahedral mesh (2013)
  19. Li, Y.; Zhang, G. Y.; Liu, G. R.; Huang, Y. N.; Zong, Z.: A contact analysis approach based on linear complementarity formulation using smoothed finite element methods (2013)
  20. Sadeghirad, A.; Brannon, R. M.; Guilkey, J. E.: Second-order convected particle domain interpolation (CPDI2) with enrichment for weak discontinuities at material interfaces (2013)

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