Article Title

Cutting Force and Temperature Prediction for Turning Processes

Authors

Brian Carstensen, South Dakota State University
Aaron Eich, South Dakota State University
Tyler Schroeder, South Dakota State University
Ryan Joens, South Dakota State University

Faculty Mentor

Li Qian

Abstract

The machining process modeling software allows researchers to run simulations of real world situations without the costs and risks of operating the machining tool and mining a work piece or cutting tool.We ran several simulations with combinations of high speed steel, carbide, and cubic-boron-nitride for our tool materials, and 1045 steel, 15-5PH, or Inconel 718 for workpiece material options. The numerical simulations or experiments assumed physical, mechanical, and thermal properties representative of work-piece materials and tool material. Cutting forces were determined in the numerical simulations.

Recommended Citation

Carstensen, Brian; Eich, Aaron; Schroeder, Tyler; and Joens, Ryan (2006) "Cutting Force and Temperature Prediction for Turning Processes," The Journal of Undergraduate Research: Vol. 4, Article 9.
Available at: https://openprairie.sdstate.edu/jur/vol4/iss1/9