BEMECH

Boundary element programming in mechanics. With 1 CD-ROM (Windows, Macintosh and UNIX) The book describes applications of boundary element method (BEM) in solid mechanics, beginning with basic theory and then explaining the numerical implementation of BEM in three-dimensional nonlinear stress analysis. In addition, the authors develop a state-of-the-art BEM computer code, available for the first time on a CD-ROM attached to the book. The main topics covered in the book are: a) the derivation of partial differential equations that describe elasto-plasticity; b) the formulation of boundary integral equations for elasto-plasticity; c) the description of numerical algorithms for the implementation of boundary element method; d) the description of methods for evaluating singularities and solving nonlinear systems of equations; e) the description of computer code, and f) the presentation of benchmark problems and applications.par This book will be especially useful to stress analysts in industry, to research workers in computational plasticity, and to postgraduate students taking courses in engineering mechanics.


References in zbMATH (referenced in 76 articles )

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  1. Bołtuć, Agnieszka: 2D elastoplastic boundary problems solved by PIES without strongly singular surface integrals (2017)
  2. Gong, Y. P.; Dong, C. Y.: An isogeometric boundary element method using adaptive integral method for 3D potential problems (2017)
  3. Gong, Y. P.; Dong, C. Y.; Qin, X. C.: An isogeometric boundary element method for three dimensional potential problems (2017)
  4. Peixoto, Rodrigo G.; Ribeiro, G. O.; Pitangueira, R. L. S.; Penna, S. S.: The strong discontinuity approach as a limit case of strain localization in the implicit BEM formulation (2017)
  5. Bołtuć, Agnieszka: Elastoplastic boundary problems in PIES comparing to BEM and FEM (2016)
  6. Bołtuć, Agnieszka: Parametric integral equation system (PIES) for 2D elastoplastic analysis (2016)
  7. Gao, Xiao-Wei; Zhang, Jin-Bo; Zheng, Bao-Jing; Zhang, Ch.: Element-subdivision method for evaluation of singular integrals over narrow strip boundary elements of super thin and slender structures (2016)
  8. Lindner, Bernhard; Duenser, Christian; Beer, Gernot: Coupling of BEM subdomains -- BETI applied to collocation BEM with mixed basis functions (2016)
  9. Lv, Jia-He; Feng, Xia-Ting; Li, Shao-Jun; Jiang, Quan; Guo, Hao-Sen: Solid analysis of micron-sized thin structures with BEM for steady-state heat conduction (2016)
  10. Peixoto, R. G.; Anacleto, F. E. S.; Ribeiro, G. O.; Pitangueira, R. L. S.; Penna, S. S.: A solution strategy for non-linear implicit BEM formulation using a unified constitutive modelling framework (2016)
  11. Wang, Ke; Gao, Xiaowei; Cheng, Xiaoming: Dynamic pressure distributions of semi-submersible (2016)
  12. Yang, Y.; Lam, C. C.; Kou, K. P.: Forced vibration analysis of functionally graded beams by the meshfree boundary-domain integral equation method (2016)
  13. Zhang, Yao-Ming; Sun, Fang-Ling; Young, Der-Liang; Chen, Wen; Gu, Yan: Average source boundary node method for potential problems (2016)
  14. Feng, Wei-Zhe; Gao, Xiao-Wei; Liu, Jian; Yang, Kai: A new BEM for solving 2D and 3D elastoplastic problems without initial stresses/strains (2015)
  15. Feng, Wei-Zhe; Liu, Jian; Gao, Xiao-Wei: An improved direct method for evaluating hypersingular stress boundary integral equations in BEM (2015)
  16. Liu, Jian; Peng, Hai-Feng; Gao, Xiao-Wei; Cui, Miao: A traction-recovery method for evaluating boundary stresses on thermal elasticity problems of fgms (2015)
  17. Wang, Yingjun; Benson, David J.; Nagy, Attila P.: A multi-patch nonsingular isogeometric boundary element method using trimmed elements (2015)
  18. Yang, Yang; Kou, K. P.; Lam, C. C.; Iu, V. P.: Free vibration analysis of two-dimensional functionally graded coated and undercoated substrate structures (2015)
  19. Gun, Halit; Gao, Xiao-Wei: Analysis of frictional contact problems for functionally graded materials using BEM (2014)
  20. Peng, Hai-Feng; Liu, Jian; Zhu, Qiang-Hua; Zhang, Ch.: Evaluation of strongly singular domain integrals for internal stresses in functionally graded materials analyses using RIBEM (2014)

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