No passwords, no registration, no paywalls, no popups, no AI

As an Amazon Associate & eBay Partner we earn from affil links

Home /
T.O.C.
Fun
FAQs
Good
Books
Ref.
Libr.
SITE
NEWS
Help
Wanted
Current
Q&A's
Site 🔍
Search
finishing.com -- The Home Page of the Finishing Industry Search our quarter-million Q&As

Home of the finishing HOTLINE since 1989

-----

Wear rate calculations





December 22, 2008

Respected Sir
How can we calculate wear rate of different metals if we have wear, temperature, time, coefficient of friction, load, speed, frictional force as given parameters. and what should be method applied when we use Tribo tester for wear rate measurement.
waiting for your reply.

thank you

Susant Kumar Samal
- Bhubaneswar, Orissa, India


In a steady state, wear rate means amount of removed material in time. So, you only need to divide parameter 1 by parameter 3. Also, parameter 4 is obtained dividing parameter 7 by parameter 5. The analysis of a dynamic state takes in consideration changes in temperature, speed and other variables and their effects. Parameters are no longer constants but variables that need to be solved by other equations (mostly non-linear).

Guillermo Marrufo
Monterrey, NL, Mexico
January 22, 2009


Sorry! Finishing.com is temporarily Read-Only.
Ted Mooney is retiring but I have several offers to take it over.
We're working hard to make sure we find it the best new home.





Disclaimer: It's not possible to fully diagnose a finishing problem or the hazards of an operation via these pages. All information presented is for general reference and does not represent a professional opinion nor the policy of an author's employer. The internet is largely anonymous & unvetted; some names may be fictitious and some recommendations might be harmful.

If you are seeking a product or service related to metal finishing, please check these Directories:

Finishing
Jobshops
Capital
Equipment
Chemicals &
Consumables
Consult'g,
& Software


About/Contact  -  Privacy Policy  -  ©1995-2026 finishing.com, Pine Beach, New Jersey, USA  -  about "affil links"