Tribological Systems Design - Lecture 14 - Hertzian Contact Area Equation; Plastic Contact Equation

This video present the important equation for Hertzian elastic contact between two solid surfaces. Also, you can find introduction to yield criteria, Tresca and von Mises. Finally, the contact area for plastically deforming contact points are presented.
[I acknowledge figures or tables, if any, taken from these books:
Engineering Tribology by John Williams
Applied Tribology by M. M. Khonsari and E. R. Booser
Principles and Applications of Tribology by Bharat Bhushan
Tribology on the small scale by C M Mates]

[@MarWa-oc7yq]

Hello i need that pdf , please

[@engineeringmaterials-tribo5142]

I am very sorry but I can't provide the slides. The sources have been mentioned so you can make your own slides. Thanks for your understanding.

[@etibarmikayilov4891]

It is great, Thanks for the video. Could you pls provide me the pdf file for the Bushan that you used as a reference? I could not find it. I need the equations that describe the rigid cylinder lying on the elastic half surface (cylinder on a flat surface). The ueqations such as contact area, depth of the indententation, max contact pressure, pressure distribution etc. Thanks in advance

[@engineeringmaterials-tribo5142]

I keep hardcopy book. I do not have softcopy. It is worth buying if you are in this field.

[@etibarmikayilov4891]

@@engineeringmaterials-tribo5142 thanks a lot . Could you please tell me the full name of that book?