ANSYS Workbench Tutorials Part-V

Dive deep into ANSYS Workbench with this comprehensive course, the fifth installment in our lecture series! Master a wide range of simulation techniques using this powerful engineering software. This course provides hands-on experience with key ANSYS Workbench modules, building your expertise in structural and thermal analysis.

Here's what you'll learn:

• Design in ANSYS Workbench: Learn to create basic 3D geometries using the Design Modeler within ANSYS.
• Static Structural Analysis: Analyze the structural integrity of various components, including Exhaust Valves, Wash Basins, Disc Brake Rotor Designs (I & II), Piston Heads, Piston Rings, Snap Rings, Piston Assemblies, and Gudgeon Pins. Gain practical skills in stress and strain analysis.
• Steady-State Thermal Analysis: Explore heat transfer principles and apply them to real-world scenarios. Solve thermal problems for components like Exhaust Valves, Wash Basins, Disc Brake Rotor Designs (I & II), Piston Heads, Piston Rings, Connecting Rods, Snap Rings, Piston Assemblies, and Gudgeon Pins.
• Thermal-Structural Coupled Analysis: Understand how thermal and structural effects interact. Learn the step-by-step procedure for analyzing components like Disc Brake Rotors, Piston Heads, Snap Rings, and Piston Assemblies under combined thermal and mechanical loads.
• Modal Analysis: Determine the natural frequencies and mode shapes of structures. Apply this to components such as Exhaust Valves, Wash Basins, Disc Brake Rotor Designs (I & II), Piston Heads, Piston Rings, Snap Rings, Connecting Rods, and Gudgeon Pins to prevent resonance issues.
• Buckling Analysis: Analyze the stability of structures prone to buckling, specifically focusing on the Connecting Rod.
• Transient Thermal Analysis: Simulate temperature variations over time. Apply this to components like Disc Brake Rotors, Piston Heads, and Gudgeon Pins.
• Topology Optimization: Optimize designs for weight reduction and performance enhancement, specifically demonstrated with the Disc Brake Rotor.

This course utilizes numerous numerical examples to illustrate concepts and provide practical exercises, enabling you to confidently handle ANSYS Workbench for a variety of engineering applications.

Prerequisites & Further Learning:

A basic understanding of ANSYS Workbench is helpful. For introductory material, check out the basic version available in the previous ANSYS Workbench Tutorials. For more advanced topics, explore our other courses: Advanced Structural Analysis, ANSYS Workbench Tutorials Part-II, ANSYS Workbench Tutorials Part-III, and ANSYS Workbench Tutorials Part-IV. Expand your knowledge and master advanced simulation techniques!