Pressure Vessels - Radial and Hoop Stress -ANSYS Tutorials - With Theory

[@bhasker2]

Really well done! Appreciate the thoroughness in your explanation.

[@sarathpattazhy2010]

Really very helpful for beginners..🙏🏿 Expecting more contents from you sir 👍👍👍👍👍 Thank you

[@sagarsinghrathore5482]

Excellent video Sir. Can you make a similar video for the vertical water storage tank also?

[@subratamondal6622]

Superb sir.... please upload a video for the same stress distribution for closed cylindrical with hemisphere at two end....I need it ...thank u

[@jayminsanchaniya6528]

Can you make the path as a 3D curve in Ansys?

[@chittyramanareddy9018]

Share analytical solution also sir

[@odssas1568]

Hey Thank you!! I was looking for a similar simulation, in my case I need to create a Pressure Vessels made of a composite material, but I dont know how to simulated a composite material in Ansys, may you can explain me a bit, thanks for the attention, regards

[@guru_001-ip6]

Sir upload that ppt, which u r explaining.

[@jonathanpulung3303]

excuse me sir, i have several question
1. What is the function of the "path" exactly? Can you eleborate it?
2. Is true that the existence of "displacement" in the video is have a same purpose like "fixed suppport" ?
3. From the video you explain how to get circumferential and radial stress. How about axial stress?? How to get the solution?
Thank you sir🙏

[@fea_dme_creo_hypermesh]

Hi sir,
1. Path is used for measuring the stress in any particular direction, so that we can plot the graph
2. Unable to get your question
3. Axial stress can be taken with Z direction

[@jonathanpulung3303]

​@@fea_dme_creo_hypermeshthank you sir, i have more question
1. Does the path existence give a huge influence in the solution? If no, is it okay if we not input the the path into our setup to find a solution?? Please elaborate🙏
2. Does the path in the video can be used to find a solution for 3 kind of stress? (hoop stress, radial stress, and axial stress)
thank you 🙏

[@yonathankristianto8824]

how to find the longitudinal stress of pipe?

[@mohankumaranandraj9065]

Super sir

[@sandeept144]

can you share your slides in here

[@haikalsheeran6556]

hello sir, i am wondering, what is the funtion of displacement sir? i quite confused. fyi i still noob in ansys

[@fea_dme_creo_hypermesh]

Hello Sir, We have two coordinate systems in ANSYS, one is Cartesian and Cylindrical, If you apply displacement as zero in Cartesian means that you are not allowing the body or face or point in translation,
Similarly if you apply displacement as zero in Cylindrical means that, you are not allowing the body or face or point to move Radially expansion (x), tangential movement (y) and axial movement (z)

[@haikalsheeran6556]

@@fea_dme_creo_hypermesh Okay sir. if i hadn include any displacement boundary in my model, then i will not see any effect from the loads apply. am i right sir?

[@fea_dme_creo_hypermesh]

@@haikalsheeran6556 yes sir

[@haikalsheeran6556]

@@fea_dme_creo_hypermesh okay sir, last question. so for now, if i want to see the deformation of axial, radial and circumferential. so i should let the displacement for all direction to free. am i right sir?

[@fea_dme_creo_hypermesh]

@@haikalsheeran6556 If you set free all directions, ANSYS will not be able to solve, Create a center node and apply remote conditions to that node, you will be able to solve

[@sumanthb4073]

Sir we need your help

[@fea_dme_creo_hypermesh]

Hi, yes please

[@suhairkt3599]

Good

[@souravsett9019]

Hi sir ! I am a student from IIT Delhi. May I have your email id regarding some doubts

[@fea_dme_creo_hypermesh]

Sure, [e-mail]

[@thirupathinadimetla7476]

Excellent sir ..can I get your no sir ?

[@fea_dme_creo_hypermesh]

TQ for your appreciation sir, You can contact me through mail [e-mail]

[@sumanthb4073]

Hiii