BEMLIB

BEMLIB is a boundary-element software library of Fortran 77 (compatible with Fortran 90) and Matlab codes accompanying the book by C. Pozrikidis, A Practical Guide to Boundary Element Methods with the software library BEMLIB,” Champan & Hall/CRC, (2002). Chapters 8-12 of the book contain the BEMLIB User Guide. BEMLIB is a distillation of its parental library FDLIB.


References in zbMATH (referenced in 98 articles , 1 standard article )

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  1. Rapaka, Narsimha Reddy; Samtaney, Ravi: An efficient Poisson solver for complex embedded boundary domains using the multi-grid and fast multipole methods (2020)
  2. Tai, Cheng-Wei; Wang, Shiyan; Narsimhan, Vivek: Cross-stream migration of non-spherical particles in a second-order fluid -- theories of particle dynamics in arbitrary quadratic flows (2020)
  3. Borker, Neeraj S.; Koch, Donald L.: Slender body theory for particles with non-circular cross-sections with application to particle dynamics in shear flows (2019)
  4. Colbrook, Matthew J.; Fokas, Thanasis S.; Hashemzadeh, Parham: A hybrid analytical-numerical technique for elliptic pdes (2019)
  5. Gallagher, Meurig T.; Choudhuri, Debajyoti; Smith, David J.: Sharp quadrature error bounds for the nearest-neighbor discretization of the regularized stokeslet boundary integral equation (2019)
  6. Grylonakis, E.-N. G.; Filelis-Papadopoulos, C. K.; Gravvanis, G. A.; Fokas, A. S.: An iterative spatial-stepping numerical method for linear elliptic PDEs using the unified transform (2019)
  7. Ishimoto, Kenta: Bacterial spinning top (2019)
  8. Kar, P.; Sahoo, T.; Behera, H.: Effect of Bragg scattering due to bottom undulation on a floating dock (2019)
  9. Koley, S.: Wave transmission through multilayered porous breakwater under regular and irregular incident waves (2019)
  10. Walker, Benjamin J.; Wheeler, Richard J.; Ishimoto, Kenta; Gaffney, Eamonn A.: Boundary behaviours of \textitLeishmaniamexicana: a hydrodynamic simulation study (2019)
  11. Zieniuk, Eugeniusz; Szerszeń, Krzysztof: A separation between the boundary shape and the boundary functions in the parametric integral equation system for the 3D Stokes equation (2019)
  12. Alinovi, Edoardo; Bottaro, Alessandro: A boundary element method for Stokes flows with interfaces (2018)
  13. Bradshaw, J. T.; Billingham, John: Thick drops climbing uphill on an oscillating substrate (2018)
  14. Colbrook, Matthew J.; Fokas, Athanasisos S.: Computing eigenvalues and eigenfunctions of the Laplacian for convex polygons (2018)
  15. Hassard, Patrick; Turner, Ian; Farrell, Troy; Lester, Daniel: An efficient boundary element formulation for doubly-periodic two-dimensional Stokes flow with pressure boundary conditions (2018)
  16. Jabbarzadeh, Mehdi; Fu, Henry Chien: Viscous constraints on microorganism approach and interaction (2018)
  17. Kar, P.; Koley, S.; Sahoo, T.: Scattering of surface gravity waves over a pair of trenches (2018)
  18. Karzar-Jeddi, Mehdi; Luo, Haoxiang; Cummings, Peter T.: Mobilities of polydisperse hard spheres near a no-slip wall (2018)
  19. Kostas, K. V.; Fyrillas, M. M.; Politis, C. G.; Ginnis, A. I.; Kaklis, P. D.: Shape optimization of conductive-media interfaces using an IGA-BEM solver (2018)
  20. Mardanov, R. F.; Zaripov, S. K.: Solution of nonhomogeneous Helmholtz equation with variable coefficient using boundary domain integral method (2018)

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