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Dynamore Express: Beyond Fea: Arbitary Lagrangean
DYNAmore Express: Beyond FEA - The Element-Free Galerkin (EFG) Method
40:49
DYNAmore Express: DynaXtend - Flexible and short-term LS-DYNA software and hardware lease
29:31
DYNAmore Express: Real-Time Crash Simulation and Optimization via a ODYSSEE-LS-DYNA Coupling
58:26
DYNAmore Express: Recent developments in GISSMO
45:34
Arbitrary Eulerian Lagrangian (ALE) method for WCSPH
0:11
DYNAmore Express: LS-DYNA R12.0 New Features
1:17:43
DYNAmore Express: Envyo - Mapping capabilities and recent developments
1:18:28
DYNAmore Express: Magnets, Ferromagnets and Actuators simulated with LS-DYNA
1:09:27
DYNAmore Express: Modeling Plastics in LS DYNA (Part 1) - Isotropic Modelling of Thermoplastics
49:43
DYNAmore Express: Overview on Airbag Modeling Possibilities in LS DYNA
56:41
DYNAmore Express: Solid Element Formulations in LS-DYNA
56:28
DYNAmore Express: Topology optimization with LS-TaSC and parametric optimization with LS-OPT
37:10
DYNAmore Express: Introduction to Material Characterization
1:01:29
Identification of material models for the LS-DYNA. Video tutorial (incomplete)
8:56
An Exploration on Arbitrary Lagrangian-Eulerian Methods in Soil Mechanics
7:11
Robust Servomechanism Design, The Internal Model Principle, and Flight Control
38:38
DYNAmore Express: Isogeometric Analysis in LS-DYNA with the new CAD-inspired *IGA keywords
1:02:06
Keynote - Recent activities in material modelling, by Dr André Haufe, DYNAMore GmbH
37:36
DYNAmore Express: Dynaform 6.1 - New Features and Enhancements
1:04:21
Strip footing analysis using ALE method Abaqus and Ls Dyna, Gradient mesh
0:17
DYNAmore Express: Good old MAT 024 A review of LS DYNA’s most popular material model
1:06:00
DYNAmore Express: Short Overview of Damage and Failure Models in LS-DYNA
58:41
Arbitrary Lagrangian-Eulerian (ALE) Simulation of Shallow Buried Explosives
0:11
DYNAmore Express: Tips and tricks for successful implicit analysis with LS-DYNA
1:09:20
Check of ALE method with flow around a cylinder at Re = 10.
0:16
Impact on a Beam: From Largange Object to SPH to ALE
