Differences

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

--- applications:start [2018/01/26 15:03] – cerquaglia
+++ applications:start [2025/11/13 14:44] (current) – [Applications] vanhulle
@@ Line 16: / Line 16: @@
   * [[:applications:mf:forge|Forge]]
   * [[:applications:mf:extrusion|Extrusion]]
+  * [[:applications:mf:rollforming|Roll forming]]
 </WRAP>
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 ===== A.L.E. Formalism =====
+  * [[applications:ale:bck-extrusion|Backward extrusion]]
   * [[:applications:ale:coining|Coining of a cylindrical block ]]
-  * [[:applications:ale:FBO|Stationary wire extrusion]]
+  * [[:applications:ale:cold-rolling|Cold Rolling]]
-  * [[:applications:ale:composites|Backward extrusion]]
+  * [[applications:ale:dcup-extrusion|Double cup extrusion test]]
-  * [[:applications:ale:fast-tensile|Double cup extrusion test]]
   * [[:applications:ale:machining|Machining]]
-  * [[:applications:ale:cold-rolling|Cold Rolling]]
-  * [[:applications:ale:thixo|Thixoforming]]
   * [[:applications:ale:roller-level|Roller levelling]]
   * [[:applications:ale:roll-forming|Roll Forming]]
+  * [[applications:ale:wire-extrusion|Stationary wire extrusion]]
+  * [[:applications:ale:thixo|Thixoforming]]
 </WRAP>
@@ Line 38: / Line 39: @@
   * [[:applications:frac:fast-tensile|Fast tensile test]]
   * [[:applications:frac:buckling-blade|Buckling of blade in LP compressor]]
-  * [[:applications:frac:bird-impact-rigid-wall-PFEM|Bird Impact on a rigid wall]]
+  * [[:applications:frac:bird-impact-rigid-wall-PFEM|Bird Impact on a rigid wall (PFEM)]]
-  * [[:applications:frac:bird-impact-pseudo-leading-edge-PFEM|Bird Impact against a rigid leading edge]]
+  * [[:applications:frac:bird-impact-pseudo-leading-edge-PFEM|Bird Impact against a rigid leading edge (PFEM)]]
-  * [[:applications:frac:bird-impact-cantilever-PFEM|Bird Impact against a cantilever]]
+  * [[:applications:frac:bird-impact-cantilever-PFEM|Bird Impact against a cantilever (PFEM)]]
-  * [[:applications:frac:bird-impact-aluminum-panel-PFEM|Bird Impact against an aluminum panel]]
+  * [[:applications:frac:bird-impact-aluminum-panel-PFEM|Bird Impact against an aluminum panel (PFEM)]]
 </WRAP>
+<WRAP center box 100%>
+===== Meshing - Remeshing =====
+  * [[:applications:meshApp:RollFormingNC|Roll Forming (Non-conformal Mesh)]]
+  * [[:applications:meshApp:additiveRemeshMetzThermal|Additive Manufacturing (Non-conformal remeshing)]]
+</WRAP>
+<WRAP center box 100%>
+===== Composite Manufacturing =====
+  * [[:applications:composite:sampeHGT-AFP|3D HGT-assisted thermoset AFP (thermal)]]
+</WRAP>
 </WRAP>
@@ Line 53: / Line 66: @@
   * [[:applications:time:energy-cons|Energy conserving implicit algorithm]]
   * [[:applications:time:maeva|Dynamics of a “Maeva” hinge]]
+</WRAP>
+<WRAP center box 100%>
+===== Multiscale (FE²) =====
+  * [[:applications:FE2:2D|2D simulation]]
+  * [[:applications:FE2:3D|3D simulation]]
 </WRAP>
@@ Line 66: / Line 85: @@
   * [[:applications:fluid:taylorCouette|2D Taylor-Couette flow]]
   * [[:applications:fluid:poiseuilleAxisym|Poiseuille flow]]
-  * [[:applications:fluid:columnFall|Dam collapse]]
+  * [[:applications:fluid:columnFall|Dam collapse (PFEM)]]
-  * [[:applications:fluid:ballFalling|Buoyant cylinder falling into water]]
+  * [[:applications:fluid:ballFalling|Buoyant cylinder falling into water (PFEM)]]
-  * [[:applications:fluid:surfaceTension|Surface tension effects]]
+  * [[:applications:fluid:surfaceTension|Surface tension effects (PFEM)]]
-  * [[:applications:fluid:damBreakWithObstacle|Dam break with obstacle]]
+  * [[:applications:fluid:damBreakWithObstacle|Dam break with obstacle (PFEM)]]
-  * [[:applications:fluid:sloshingRotation|Sloshing of a water reservoir]]
+  * [[:applications:fluid:sloshingRotation|Sloshing of a water reservoir (PFEM)]]
+</WRAP>
+<WRAP center box 100%>
+===== FSI (Fluid-Structure Interaction) =====
+  * [[:applications:fsi:damBreakElasticObstacle|Dam break against an elastic obstacle]]
+  * [[:applications:fsi:damBreakElasticGate|Dam break through an elastic gate]]
+  * [[:applications:fsi:VIVcentilever|Vortex-Induced Vibrations (VIV) of a cantilever]]
 </WRAP>