Shelling a feature entails emptying it while maintaining a certain side thickness. Shelling can also be defined as the process of adding thickness to the outside of a container.
You can use the Shell function to choose adjacent tangent surfaces. This allows you to delete or offset the surfaces that are tangent to their adjoining surface at one or more borders (independently or with varying thicknesses).
The Thread/Tap instruction is the first (and most likely easiest) option ( ). This is normally where you should begin: After all, thread is right there in the title! When creating a hole, you can also add a Thread by going to the Thread Definition page and selecting the "Threaded" option towards the top.
The shell tool hollows down a part, leaving open the faces you choose and creating thin-walled features on the rest. You can shell a solid part to create a closed, hollow model if you don't pick any faces on the model. You can also use several thicknesses to shell a model.
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KULWANT SINGH
5
sir from where i got this step file
and sir this course is very helpful . sir if you will upload FEA AND CFD course that will also helps lots of peoples
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Srikanth Reddy Y
5
Thank you
Ashok kumar
5
Sir,
3D experience CATIA V6 Piping course provide
V
Vaibhav Prasad
5
Its dammm too good and detailed with every lecture and exampled
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Vaibhav Prasad
5
Seriously saying i loved the course , i learned it for free and i have completed up to 70% course and i am now dam good in designing . Thank you soo much
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Er. Krishna Mandal
5
sir how to start my career in design engineer please sagest
sir.
P
Prathmesh Kashid
5
sir thread are not see after proccess
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Sadanand Sanjay Bondre
5
one of the best teaching i am preparing for automotive plastic domain its helps me a lot plz cover the ugnx software also
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Parag Borse
4
Hello sir, how to move shaft inside of hollow part with distance please guide
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