Basics! Understanding Contact Types, Part 1 / ANSYS Workbench Structural Analysis Practice for Be...
This video explains contact conditions and contacts, which are the connections between two objects.
We will learn about the five contact types provided by ANSYS and the essentials for setting up contact. We will also explain the Contact Tool for examining contact conditions with examples, and provide hands-on practice using this tool to help you understand the different contact types.
#Bonded #NoSeparation #Frictionless #Frictional #Rough
Please refer to the two parts below, which are divided into sections for each step.
Part 1 – Geometry Import / Automatic Contact Generation Settings / Contact Type Settings / Mesh and Resizing / Applying Boundary and Load Conditions / Contact Tool – Initial Information
Part 2 – Solution / Analysis Results Description / Contact Types Using the Contact Tool / How to Change the Pinball Region / Comparing Contact Changes According to Pinball / Key Points to Remember
-----------------------------------------------------------------------------------------------------------------------------------------
Welcome to the 'Analysis as You Want' channel.
Among the CAE engineering technologies widely used in R&D in manufacturing industries such as automotive, aerospace, and electronics, I would like to share my knowledge and expertise on FEA, a technique used for structural analysis.
#CAE (Computer Aided Engineering) #FEA (Finite Element Analysis)
Using ANSYS Workbench, a leading FEA software, this lecture is designed to be easy for even beginners to follow.
The purpose of this video is not to train FEA experts, but rather to help college students, designers, and beginners in other fields understand structural analysis and gain hands-on experience before delving into complex theories.
If you found this video helpful,
please subscribe and like.
Visit my blog for more information.
https://blog.naver.com/honey_duck
Notes
1. This explanation assumes ANSYS Workbench is installed.
2. Please send any questions or requests via comment or email ([email protected]). 3. The shape file is uploaded to the blog below: https://blog.naver.com/honey_duck/222...