Fatigue STRESS CONCENTRATIONS in Just Over 10 Minutes!

[@victoriavictoria7825]

Clear. Efficient. Quick. Wonderful video!

[@ataullahbaig6219]

Best Lecture in the world on Faigue Stress concentration... Lots of love man!

[@fondofbunny]

Thank you for these concise summaries and examples! Sharing with my students.

[@LessBoringLectures]

Wonderful!

[@hopefullysoonaweldingengineer]

not just less boring, brilliant engineering

[@MohammadRezaZare-f1k]

Great!

[@farzad_00]

Thank you so much🙏

[@4ngelk1ng]

Your videos are amazing. Thank you. There is a question for the ka table. Values are different than most of the other tables why?

[@sumaiyajerin2859]

Can u explain how u found point of loading P = 500, 300mm from the left? did u assume the assembly was loaded in its center?

[@reylandregis2791]

How do you acquire notch sensitivity factor (q) not using the charts? In my design, I have notches with radius 5, and 7.2 mm which are both out of scope of the chart.

[@elnaeemabdalla]

thanks for this excellent explanation

[@saj.2958]

Where did you source the graphs at 3:00?

[@lukschs1]

Perfecto, estoy suscrito

[@shivasmart967]

tq sir

[@yashmilindpotdar8820]

You showed the wrong formula for kf, it's upside down, by your formula kf will be between 0-1

[@LessBoringLectures]

Can you point to the time in which this happens? I already checked the entire video, and I found nothing wrong with any of the Kf expressions.

[@neutroviolet2918]

@@LessBoringLectures check on 1:01 in time! That one (Notched/ Notch-free) should be correct! Make it upside down!

[@jamesthecoolguy7615]

@@neutroviolet2918 How though? Surely if there is a notch then the fatigue life will be less than the notch-free fatigue life, so the Kf value has to be greater than 1

[@b-42sahilkesanakurty53]

Formula for Kt is wrong

[@LessBoringLectures]

Can you point to the time in which this happens? I already checked the entire video, and I found nothing wrong with the Kt expressions.