Resource Library

Simulation of 3D Composites

This video is a step-by-step introduction to the modeling of thick composites structures. It covers all steps of the composites modeling process from material definition, orientation of composites, definition of plies and creation of the 3D model of the composites. We then show how composites structures are assembled with non-composites part in order to solve the full problem. Finally, we take a look at how first-ply failure of composites can be analyzed and how design modifications can be easily applied to compute design variations of a given product.

Run Time - 9:53

Using ANSYS DesignModeler and ANSYS Mechanical to Assess Beam Structures

Demo for using ANSYS DesignModeler and ANSYS Mechanical to assess beam structures.

Run Time - :12

Simulation Driven Product Development

This presentation shows how Simulation Driven Product Development is a reality with ANSYS Workbench. It demonstrates coupled fluid structure interaction, impact analysis, advanced meshing, terrain generation, CFD design optimization and dynamic simulation. The presentation has been designed to give an overview of the possibilities without over technical complexity. A golf theme is used through out the material.

Run Time - 25:53

One Way Coupling Of CFX And ANSYS For Thermal Stress Analysis

With the release of ANSYS 11.0, the process of performing fluid structure interaction analysis has been significantly streamlined. In this brief demonstration, we will review the process of performing thermal stress analysis for a T-junction assembly. CFD analysis including heat transfer in the solid ws will be performed in ANSYS CFX. The temperature distribution on the inside ws is mapped onto the mechanical model and an ANSYS solution is performed in order to determine the resulting thermal stress and deformation. of this is performed in a single integrated CAE environment, ANSYS Workbench.

Run Time - 6:03

ANSYS Magnetic Valve Assembly

This demonstration illustrates the process of using ANSYS EMAG to calculate magnetic torque versus position angle for a magnetic valve assembly. This example will show the complete process, beginning from a CAD assembly progressing to electromagnetic results for various operating positions of the valve. Along the way we will highlight:

• Creating a parametric model from static CAD data
• Generating an enclosure volume and a winding body
• Robust and flexible meshing for an electromagnetic simulation
• Including nonlinear B-H data to account for material saturation
• Rapid and robust convergence of the ANSYS solver
• Intuitive graphical post-processing of electromagnetic results
• Easy to perform parametric studies

Run Time - 8:30

Introducing ANSYS Workbench - Parametric Analysis Of A Nonlinear Damper Model

Demonstration of ANSYS Workbench on a nonlinear analysis of a damper. This demo shows Workbench features in a comprehensive way: CAD link, geometry cleaning, simulation, report generation and parametric model update.

Run Time - 8:35

An Early Look at Two-Way FSI in ANSYS 11.0

With the impending release of ANSYS 11.0, the process of setting up and solving two-way FSI simulations will be supported entirely within the ANSYS Workbench environment. This will greatly improve the usability of this industry-leading capability. In this demonstration, we give you an early look at the process, using a simple model of a blood vessel which deforms in response to a pressure pulse applied at the inlet.

Run Time - 5:42

T-Junction – Completing a Design Iteration

Every phase of your simulation is performed in a single, integrated CAE environment, the ANSYS Workbench. Each stage is re-entrant, making it easy to make design changes and then update your geometry, mesh, solution and post-processing.

Run Time - 3:58

T-Junction – Geometry Handling and Meshing

Starting from a parasolid assembly, ANSYS DesignModeler is used to prepare a parametric model representing the desired computational domain. CFX-Mesh is then used to generate a high-quality hybrid mesh with excellent near-w mesh spacing and orthogonality.

Run Time - 7:23

T-Junction – Setting up the Problem Physics

Starting from the mesh, CFX-Pre is used to apply the problem physics and set solver parameters.

Run Time - 4:01