Welds in Fatigue | Gerber Criterion | Stress Concentration & Marin Factors | Midrange & Alternating

[@valentinfinozzi9358]

Thanks so much!!
Super high quality content in specific Machine Design topics that is not found elsewhere.

[@TheBomPE]

I'm glad you are finding it helpful! All the best to you!

[@paulaf78787]

Please do know that your videos are extremely helpful! I’m so happy I found your channel.

[@TheBomPE]

I'm glad it is helping! All the best to you!

[@TheBomPE]

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[@MehmetSUN]

I don't know how to thank you. you are doing very good work

[@TheBomPE]

Thank you for your encouragement! All the best to you!

[@clebermarcio1]

Thanks for sharing. I have learnt a lot from your lectures. Cléber from Brazil

[@TheBomPE]

Glad I could help! All the best to you!

[@AJ-et3vf]

Thank you very much for these thorough comprehensive problem-solving examples! Very insightful and helpful to students of machine design, especially for using the Shigley book which is the textbook for our machine design courses too.

[@TheBomPE]

Thanks for the encouraging comments! I'm glad you're finding the videos helpful! Best of luck and thanks for watching!

[@milind6621]

Nice lecture sir ...but I need some specific information ...in welds specially at weld toe region ,there will be always stress concentration ..do we need to reduced that stresses or derate that by applying stress concentration factor ? Do we need to apply stress concentration factor for both static and fatigue loading ?

[@valentinfinozzi9358]

If I understood your question correctly, he explains it in the very last minutes of the video.