Presentation
Surface integrity evaluation of D2 steel heat treatment and grinding
IIE Annual Conference
(2004)
Abstract
Surface integrity factor is defined by the manufacturing history of the material. The effects of various combinations
of heat treatment and finish grinding used to produce D2 steel dies were evaluated by means of x-ray diffraction,
microstructural, hardness and roughness examinations. Materials characteristics were evaluated in terms of heat
treatment procedures and different finishing parameters. X-ray diffraction analysis indicated that final residual
stresses, generated in the materials by finish grinding depend heavily on the initial residual stresses induced upon
heat treatment. Overall, the two-part study established which parameters produce the most advantageous
combination of properties resulting in longer service life.
Keywords
- residual stress,
- grinding,
- tool steel,
- x-ray diffraction
Disciplines
Publication Date
2004
Comments
This is a proceeding published as Olga Karabelchtchikova and Iris V. Rivero; Surface integrity evaluation of D2 steel heat treatment and grinding;Â IIE Annual Conference. Proceedings, 2004. Posted with permission.
Citation Information
Olga Karabelchtchikova and Iris V. Rivero. "Surface integrity evaluation of D2 steel heat treatment and grinding" IIE Annual Conference (2004) Available at: http://works.bepress.com/iris_rivero/16/