Rolling Bearing inside Ansys

Overview

Rolling bearings play a critical role in the performance, durability, and reliability of rotating machinery. Accurately representing bearing behaviour in finite element models can be challenging, particularly when accounting for bearing stiffness, load distribution, and realistic operating conditions. Rolling Bearing Inside ANSYS enables engineers to model and evaluate rolling bearings directly within the ANSYS Workbench environment. The automated workflow simplifies bearing definition, accurately determines bearing loads and stiffness, and helps improve the accuracy of structural simulations while reducing modelling effort. Weld Inside ANSYS combines finite element analysis with established weld assessment methodologies, enabling engineers to evaluate welded structures directly within the ANSYS Workbench environment. The automated workflow helps identify critical weld locations, determine safety factors, assess fatigue strength, and generate comprehensive verification reports efficiently.

Who Should Attend

• Engineering / R&D Managers
• Powertrain & Drivetrain Engineers
• Rotating Equipment Engineers
• Product Development / Design Engineers
• CAE Simulation Engineers

Focused Industries

Key Highlights

• Simplified modelling of rolling bearings within ANSYS Workbench
• Accurate determination of bearing stiffness and load distribution
• Evaluation of bearing behaviour under realistic operating conditions
• Automated selection and configuration of rolling bearings
• Improved simulation accuracy with reduced modelling effort
• Direct integration within ANSYS Workbench