DYNAmore Express

The H2020 EXTREME Project: Composite Model Calibration for Impact Applications

Being a flagship project in the H2020 aviation programme implemented by INEA, the project EXTREME has pioneered experimental and numerical tools for the accurate and reliable design and manufacturing of aircraft composite structures under extreme dynamic loadings.

Update: Simulating Thermal-Mechanical Coupled Processes with LS-DYNA

Over the last years, the forecast quality in (cold) forming simulations reached a high level at least for standard materials. However, in order to evaluate the complete production cycle of complex parts potentially with high-performance materials, the assembly has to be taken into account in the virtual process chain.

DYNAmore Express: Overview on LS-TaSC and new features in version 4.1

S-TaSC™ is a Topology and Shape Computation tool. Developed for engineering analysts who need to optimize structures, LS-TaSC works with both the implicit and explicit solvers of LS-DYNA. LS-TaSC handles topology optimization of large non-linear problems, involving dynamic loads and contact conditions.

DYNAmore Express: Envyo - Mapping capabilities and recent developments

Envyo is a multi-purpose mapping tool developed and distributed by DYNAmore, dedicated to LS-DYNA users.

DYNAmore Express: Recent developments in GISSMO

This presentation will give an update about new options for the damage model that can be activated with the keyword *MAT_ADD_DAMAGE_GISSMO.

DYNAmore Express: Model Parameterization in ANSA

This Webinar will give you an overview of the various possibilities of ANSA to apply design changes via parameters, morphing and scripting.

DYNAmore Express: Coupling ANSA and META to LS-OPT

After having parameterized the simulation model, we will see how to setup and run an optimization with LS-OPT, ANSA and META.

DYNAmore Express: Introduction to material characterization

A short introduction to important and common material models is given. It will be briefly explained why which tests are necessary and what has to be taken into account in these tests. The focus is on classical metallic materials, large deformations and failure or damage.

DYNAmore Express: Good old *MAT_024 - A review of LS-DYNA’s most popular material model

In this presentation, we will begin with a short review of the theory behind *MAT_024, followed by explanations about key features of the material model.

DYNAmore Express: LEGO® Crash Simulation in LS-DYNA: Data management for large-scale modells

When we saw a video of an actual physical crash of a LEGO® Porsche Technic Model on YouTube, we instantly thought we should be able to simulate this with the LS-DYNA® FEM solver.

DYNAmore Express: Modeling plastics in LS-DYNA - Isotropic Modelling of Thermoplastic

This contribution gives an exemplary overview of typically used material models for thermoplastics (e.g. *MAT_187, *MAT_215, …) considering the different mechanical phenomena (general yield surface, anisotropy, damage and failure).

DYNAmore Express: Modeling plastics in LS-DYNA - Anisotropic Modelling of Fiber-reinforced Thermoplastics

This contribution gives an exemplary overview of typically used material models for thermoplastics (e.g. *MAT_187, *MAT_215, …) considering the different mechanical phenomena (general yield surface, anisotropy, damage and failure).