Using S-N curves to predict the fatigue of materials

[@bib2850]

Thank you Prof. Sparks, it's really helpful.

[@seoheesong4604]

Now I understand the contents a lot better. Thank you!

[@TaylorSparks]

Super glad to help! Like and subscribe to help me grow this channel :)

[@tshepisosabelo7567]

fatigue failure analysis just got interesting. Thank you!

[@TaylorSparks]

right? This stuff can be really cool.

[@kanishksugotra3587]

amazing lectures...really getting into love with the materials around me :)

[@TaylorSparks]

Thanks!! Help share and grow my channel.

[@cadinsider964]

how do we read SN curves after getting hot spot stress

[@diegoalias2935]

Taylor, thanks a lot for your lectures. I wonder what You would recommend to enhace C Hook design and maintenace. Thanks a lot!

[@jedord]

Do you have a paper or text book for this content?? WOuld love to use reference this on a thesis I'm writing but a youtube video wont be accepted

[@TaylorSparks]

You can find it in Bill callister's introduction to material science and engineering.

[@jedord]

@@TaylorSparks Thank you!

[@Anita-sr2zk]

Hello is there separate SN curve for aluminium 5000 series mtl.

[@JMTechnicalCornerexploration]

Sir. Nice lecture. Can you tell me how I can use Openfast to calculate damage and fatigue life from SN and TN curve?

[@Anita-sr2zk]

which sn curve shall be referred for aluminium

[@dhruvitpatel7131]

I guess stress amplitude in the stress vs time ( two diagrams out of 3 -tension-compression/tension loading diagram) should be half of the wave . Please correct me if I am wrong.

[@wongpasar5364]

thanks for the video sir..so interesting... i wonder if we can make some simple calculation about a rough guess fatique-life parts

[@fidansmaili6306]

Could you please share the KZbin link of example of fatigue you refer to this video in middle of presentation. Great work. Keep going 👌👍.

[@TaylorSparks]

Sure. Here you go. kzbin.info/www/bejne/q5DQnmqZZd9mmNk

[@gavin2391]

nice stache

[@TaylorSparks]

The source of my power.