Introduction to ANSYS - FEA using ANSYS - Lesson 1
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- Опубликовано: 3 июл 2024
- The first in a series of video tutorials on using ANSYS to perform finite element analysis. In this introduction, we will model a fixed-fixed beam with a midspan load using Static Structural analysis.
Learning objectives:
1. Define simple geometry using SpaceClaim.
2. Create a mesh with a specified element size.
3. Apply boundary conditions and loads.
4. Examine deformation and stress results. Наука
Thank you providing this wonderful learning series.
u make it simple and supper clear to understand . Thank you professor
Thank you very much, it was my first tutorial video for finite element analysis with ansys!
Glad it helped!
Superrr Mama
très utile , Merci
Great Tutorial. Thank you very much
You are welcome!
Thx for a great presentation. Looking forward to the next session. How do I create a loading patch on a round structure? I have a DN600 steel pipe with a point load on the Y-axis.
nice and smooth explaining thanks a lot prof
Glad it was helpful!
Thank you Prof.
You are welcome!
Hello, sir! I have a question? How do you determine the maximum displacement and maximum force that caused that displacement before the RC Beam failure in Ansys Workbench?
thanks a lot , it was very informative.
You are welcome!
Really helpful video. In Solidworks, you can split as you sketch, is there a way to do this in Ansys?
Hello sir how to build geometry by using material structure of carbon nanotube material , because its structure is totally different than usual material. is this possible on ansys? can you make one tutorial please sir.
i got a problem at mesh section, the moment you type it 50, mm 9:02 but for me its just m and i could'nt change it
Sir how to calculate load exact taken by beam
I want load
Hello i have other questions
Why can't I see the "Edit Sketch" button in SpaceClaim.
I want create construction frame model in 3D.
I have version - Ansys 2024R1 Student
in mesh, there's no squares visible. how?
Why didn’t you apply pressure in this area and find out how much force is applying in that area with respect to area it will be more accurate