Differences

This shows you the differences between two versions of the page.

--- start [2018/05/03 16:50] – boman
+++ start [2025/03/03 16:50] (current) – radermecker
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 ====== metafor.ltas.ulg.ac.be ======
-\\
 {{ :logometafor.jpg?250}}
-**METAFOR** is an object-oriented Finite Element code for the simulation of solids submitted to large deformations developed at the [[https://www.uliege.be/|University of Liège]] by the [[team:start|Non Linear Computational Mechanics (LTAS/MN2L) team]]. Some of the features included in our code are:
+<note important> ⏩️ [[teaching:tfe:start|]]</note>
-  * 2D/3D elements for large strains analysis (SRI, EAS).
-  * Implicit/explicit time integration (HHT, Chung Hulbert, …).
+**METAFOR** is an object-oriented Finite Element code for the simulation of solids submitted to large deformations.
+**METAFOR** is developed by the [[team:start|Computational Mechanics]] laboratory of the department of [[http://www.am.uliege.be/|Aerospace and Mechanical Engineering]] at the [[https://www.uliege.be/|University of Liège]].
+Some of the features included in **METAFOR** are:
+  * 2D/3D elements for large strains analysis (Selective Reduced Integration, Enhanced Assumed Strain, ...).
+  * Implicit/explicit time integration (Chung Hulbert, Hilber-Hughes-Taylor, ...).
   * Thermomechanical coupling (staggered or fully coupled schemes).
-  * Frictional contact between deformable bodies or analytical surfaces.
+  * Frictional contact between deformable bodies or CAD surfaces.
   * Arbitrary Lagrangian Eulerian formalism.
+  * Finite element squared (FE²).
   * Meshing and remeshing procedures.
-  * Large set of constitutive laws (thermo-elasto-visco-plastic, damage,...).
+  * Large set of constitutive laws (thermo-elasto-visco-plastic, damage, composites, ...).
   * Crack propagation (erosion method).