A Formulation on Friction in Forging
Description
Metal forging is frequently used for the manufacturing and production of parts for many industries. While the process has improved with automated equipment, there are still many unknown factors about the causes of friction in forging dies during the process. Friction is important to account for because the quality of the forged parts depends upon the interaction of the metal and the tool during the forging process. This interaction is subject to the negative effects of friction when there is a lack of compatibility between materials, lubricants, and multiple other factors. In particular, the focus of this research will be to study how friction depends on different conditions in metal forming as an industrial process. An evaluation of the forging conditions’ impact on the coefficient of friction will allow recommendations to be made on how to further improve the forging process to effectively reduce friction and guide future experiments related to the occurrence of friction.
Subject
Forging
Cold forging
Friction
Friction during forging
Friction effects on forging
Causes of friction in forging
Forging coefficient of friction
Cold forging
Friction
Friction during forging
Friction effects on forging
Causes of friction in forging
Forging coefficient of friction
Related items
Showing items related by title, author, creator and subject.
-
Friction in Metal-Forming Processes: Design of a Slidometer to Measure Friction in Sheet-Metal Forming
Mitzel, LannaSheet metal forming is a reliable, cost-effective method to forming metal into different parts. However, the outcome of this process is significantly influenced by many different factors including material properties, ... -
A frictional contact problem for an electro-viscoelastic body
Lerguet, Zhor; Shillor, Meir; Sofonea, Mircea (2007-12)A mathematical model which describes the quasistatic frictional contact between a piezoelectric body and a deformable conductive foundation is studied. A nonlinear electro-viscoelastic constitutive law is used to model the ... -
Dynamic contact with normal compliance wear and discontinuous friction coefficient
Shillor, Meir (2002-08)We apply the recent theory of evolution inclusions forset-valued pseudomonotone maps, developed in Kuttler and Shillor[Commun.Contemp.Math.,1(1999),pp.87–123]to the problem of dynamic frictional contact with normal compliance ...