ANSYS LS-DYNA Related Resources

Articles | Brochures | Case Studies
 

Articles

Choosing an Element Technology (PDF)
Avoid problems by using the right elements for each application

Explicit Dynamics Goes Mainstream (PDF)
ANSYS 12.0 brings native explicit dynamics to ANSYS Workbench and provides the easiest explicit software for nonlinear dynamics

Faster, Higher, Stronger (PDF)
Engineering simulation in sports comes of age at the 2008 Beijing Summer Olympics

Foundations for the Future (PDF)
The many advanced features of ANSYS 12.0 were designed to solve today’s challenging engineering problems and to deliver a platform for tomorrow’s simulation technology

Midsurfacing Tools for Meshing Complex Geometries (PDF)
Create high-quality shell models with the ANSYS Advanced Mesher suite

Brochures

Explicit Dynamics Solutions Brochure (PDF)

ANSYS Capabilities Chart (PDF)
Capabilities chart mapping out capabilities across the entire ANSYS suite of products

ANSYS Workbench Platform (PDF)
The ANSYS Workbench platform delivers unprecedented productivity that truly enables Simulation
Driven Product Development™

Case Studies

Assessing Earthquake Risk in Masonry Structure (PDF)
Arsenal Research is engaged with research questions in the areas of mobility and energy. Its portfolio includes state-of-the-art methods of applied research and development, ranging from computer simulation and artificial intelligence to high-quality measurement and test engineering. The Unit Transport Routes Engineering group provides testing of road surfaces, structural dynamic issues, acoustics and telematics. Arsenal’s main objective is to increase the innovative ability of its partners. Earthquake assessment of masonry structures is a challenging task because of the complexity of the material. Masonry is a composite material with a complex failure surface. Realistic earthquake assessment is important in the case of existing lifeline structures. Ensuring structural safety with minimal rehabilitation costs must be achieved.

Mesh Generation for Gas Turbine Elements (PDF)
Enegromash Group Enterprises is one of the largest manufacturers of power equipment in Russia. In addition to developing and manufacturing equipment for various types of power stations and pumps, Energomash Group Enterprises is engaged in operating their own gas turbine plant and developing electric and thermal energy. The challenge for Energomash involved mesh generation. They needed to construct qualitative mesh structures that could be adapted for specificity of investigated process and integrate with a CAD system. Using ANSYS ICEM CFD allowed Energomash to raise the quality of elements, reduce developed model dimensions and improve convergence of the solutions. They also reduced time required for mesh structure construction for typical problems.