The durability and reliability of elastomeric components are critical. Rubber components are often subject to cyclic mechanical loads and elevated temperatures, leading to degradation of mechanical properties over time. This webinar will demonstrate a co-simulation workflow in which stress-strain fields solved by Ansys Mechanical evolve due to material property changes computed by the Endurica fatigue solver. This enables engineers to reduce design iterations for rubber components and get durability right from the start. See why 6 of the top 9 global rubber product manufacturers use Endurica.
- Simulate durability under realistic loads and use conditions
- Specify rubber material models, including time and temperature-dependent effects
- Apply the Endurica co-simulation workflow with the Ansys Mechanical solver to manage evolving material properties and stress-strain fields to simulate force- and displacement-controlled problems
- Learn why you can’t use a metal fatigue code to simulate rubber fatigue
Who should attend
Engineers and managers with responsibility for the design and durability of a rubber part. Come to see how durability requirements can be satisfied at the earliest stages of development, saving development iterations, testing time, and time to market.
- Will Mars
- Harish Radhakrishnan