Fatigue Analysis of Bracket using ANSYS

[@preetijoshi1989]

Very good explanation of fatigue failure analysis. Thanks for your efforts.

[@graspengineering9249]

thank you

[@radharamantripathi8798]

It was nice explanation , thanks .I would request to cover one video on dynamic harmonic fatigue analysis of a piping system subjected to harmonic fatigue loading .This piping system is connected with reciprocating compressor

[@graspengineering9249]

Noted

[@AbdurRehman-fe2ck]

sir, when do you plan to arrange a FEA analysis course on ASME Sec VIII Div2 part 5?

[@graspengineering9249]

The course is live, you can subscribe now. Course Link: graspengineering.com/graspfea/

[@rakeshpatil3723]

Thank you for your efforts !

[@graspengineering9249]

Glad you like them!

[@samituffaha8775]

great explanation

[@graspengineering9249]

Glad it was helpful!

[@SandipPatil-bd3xr]

Very nice explanation 👍

[@graspengineering9249]

Thank you 😃

[@robbiewilliams8863]

Hi, nice video. In theory you usually use Marin factors (correction for endurance). How can this concept be applied to this analysis? In case of vibration fatigue the procedure you explained is the same?, What is the difference in using n-code to fatigue ansys mechanical option?, Thanks a lot, best regards.

[@graspengineering9249]

Thanks. Mechanical fatigue analysis is simplest fatigue analysis tool which does calculation based on static analysis results. Marine condition factor is effects of surface conditions. This tools gives provision for fatigue strength reduction factor, (You can define here surface condition). We will upload soon vibration fatigue analysis video too and if possible ncode too.

[@ahmadmoin9239]

Hello, it was a nice explanation. Thank you for the time and effort. Is it possible to make a 3D model and check the bending state? All I am finding are using bending in beam tools. Best Regards, Ahmad

[@graspengineering9249]

Yes, you can

[@amitsonar133]

can i get step file

[@brianbiller6006]

How is it possible for both the fatigue damage and the fatigue safety factor to both be less than 1 at the same location for the same design life?

[@mohdshadab-ug2ut]

Thanks sir for your kind information…

[@graspengineering9249]

Welcome !

[@mohdshadab-ug2ut]

@@graspengineering9249 sir I have a heavy steel structure like a frame, there is a 3 motor of 15HP, 1750 RPM, 117kg weight, 3 motor at different position.. My structure natural fist mode is frequency is 9 Hz My question is that how apply our motors load and check for resonance.. Kindly explain or any your videos….

[@The_Enginner_Mohit]

Why we not consider maximum principal stress for faituge analysis?

[@graspengineering9249]

Generally if it is brittle material then we use maximum principal stress. For ductile we use von mises stress.

[@adithyanh]

Can you share fatigue analysis for other stress ratios.

[@graspengineering9249]

Okay, Will try to cover that too.

[@francischan8263]

The bracket experience a 1200N when loaded, and 0N when not in used. Shouldn't the bracket experience zero-based analysis?

[@manuseerapum3073]

Please share your thoughts for final year project ideas

[@graspengineering9249]

Sure, we will create sperate video on that.

[@nikhilgouda8042]

Hello, Can you send the iges or step file so that we can practice?

[@graspengineering9249]

Will Upload soon in our blogpost.