Transient friction loading

Transient friction loading, also known as TFL, is the mechanical stress induced on an object due to transient or vibrational frictional forces.[1]

Examples

A classic example of TFL is the wooden block sliding over an unlevel, non-planar surface.[2] Due to the transient response of the contact force, the resultant frictional force is noisy. The induced stress is concisely described as TFL.

Another example of TFL is the internal stresses on a hydraulic ram operating in a vibrational environment.[3] Due to the oscillatory nature of the acceleration experienced by the ram, in n-dimensions, the resulting frictional response is described as transient friction loading.

gollark: *nothing whatsoever happens*
gollark: CC will just replace invalid stuff with ?.
gollark: Unicode has accursedly complex rules, CC is just "lololol draw colored bitmap into fixed-size screen regions".
gollark: 1. I doubt this2. Unicode rendering is hard, CC rendering is not.
gollark: It might make a receiving computer print weird things, at worst.

See also

References
  1. http://depts.washington.edu/nanolab/ChemE554/Summaries%20ChemE%20554/Introduction%20Tribology.htm
  2. Jasper, Collin, "Frictional Loading of Vibrational Members," 1974.
  3. Brown, Samuel, "An Analysis of Hydraulic Ram Dynamics," 1981.


This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.