The RKPM2D code is implemented under a MATLAB environment with pre-processing, solver, and post-processing functions fully integrated for supporting reproducible research and serving as an efficient test platform for further development of meshfree methods.
(4) Built-in visualization tools for post-processing of the numerical results. (3) A complete meshfree Galerkin equation solver with two types of domain integration: stabilized nodal integration, and conventional background Gauss integration. (2) Subroutine for discretization of two-dimensional domains of arbitrary geometry and nodal representative domain creation through Voronoi diagram partitioning. (1) User-friendly MATLAB program for straightforward meshfree analysis and easy implementation and modification for new functionalities. The code is developed based on Reproducing Kernel Particle Method (RKPM) with the following features.
The implemented RKPM2D program is a two-dimensional RKPM-based code developed for the static analysis of two-dimensional linear elasticity problems. RKPM2D: an open-source implementation of nodally integrated reproducing kernel particle method for solving partial differential equations
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