FreeHyTE

FreeHyTE: a hybrid-Trefftz finite element platform. FreeHyTE is a public, open-source and user-friendly software for the solution of initial boundary value problems using hybrid-Trefftz finite elements. FreeHyTE is designed to be straightforward to use, even by analysts unacquainted to the Trefftz elements, and amenable to expansion by researchers willing to test their new ideas without having to code common procedures from scratch. To support users, FreeHyTE features intuitive graphical interfaces, automatic mesh generators and adaptive p-refinement procedures. To support developers, FreeHyTE approaches Trefftz elements through a unifying perspective, applicable to hyperbolic, parabolic and elliptic boundary value problems alike. It provides standardized procedures in all phases of the algorithm, including data input, construction and manipulation of the solving system, and post-processing of the results. Moreover, the modular structure of FreeHyTE enables the integration of existing procedures into new modules with minimal coding effort. FreeHyTE’s distribution is free under the terms of the GNU General Public License and supported by theory, installation, user’s and developer’s manuals to quickly get new users and developers started


References in zbMATH (referenced in 9 articles )

Showing results 1 to 9 of 9.
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  1. Borkowski, Mariusz; Moldovan, Ionuţ Dragoş: Direct boundary method toolbox for some elliptic problems in freehyte framework (2021)
  2. Moldovan, Ionut Dragos; Climent, Natàlia; Bendea, Elena Daniela; Cismasiu, Ildi; Gomes Correia, António: A hybrid-Trefftz finite element platform for solid and porous elastodynamics (2021)
  3. Shang, Yan; Mao, Yu-Hao; Cen, Song; Li, Chen-Feng: Generalized conforming Trefftz element for size-dependent analysis of thin microplates based on the modified couple stress theory (2021)
  4. Borkowska, Dorota: Application of the Trefftz method in an original variational formulation to the analysis of the current transformer field (2020)
  5. Guo, Shuaiping; Fan, Xinming; Gao, Kuidong; Li, Hongguang: Precision controllable Gaver-Wynn-Rho algorithm in Laplace transform triple reciprocity boundary element method for three dimensional transient heat conduction problems (2020)
  6. Moldovan, Ionuţ Dragoş; Cismaşiu, Ildi; De Freitas, João António Teixeira: Unified hybrid-Trefftz finite element formulation for dynamic problems (2020)
  7. Zang, Quansheng; Liu, Jun; Ye, Wenbin; Lin, Gao: Isogeometric boundary element for analyzing steady-state heat conduction problems under spatially varying conductivity and internal heat source (2020)
  8. Moldovan, Ionuţ Dragoş; Coutinho, Ana; Cismaşiu, Ildi: Hybrid-Trefftz finite elements for non-homogeneous parabolic problems using a novel dual reciprocity variant (2019)
  9. Shang, Yan; Li, Chen-Feng; Zhou, Ming-Jue: A novel displacement-based Trefftz plate element with high distortion tolerance for orthotropic thick plates (2019)