Analysis of specific cutting forces at different cutting speeds in milling of steel with ball end mill

Jean-pierre Kruth; Paul Vanherck; Min Liu

Back

Analysis of specific cutting forces at different cutting speeds in milling of steel with ball end mill

Article 2001 English

Discussion(0)

No comments yet. Be the first to comment.

Related publications

Article2001

Analysis of specific cutting forces at different cutting speeds in milling of steel with ball end mill

Jean-pierre Kruth, Paul Vanherck, Min Liu

Article2001

The effect of milling parameters on temperature rise, milling forces and surface flatness in TKA

Kathleen Denis, Geert Van Ham, Jos Vander Sloten, Remy Van Audekercke, Georges Van der Perre, Joris De Schutter, Jean-pierre Kruth, Johan Bellemans, Guy Fabry

Article2000

The effect of milling parameters on temperature rise, milling forces and surface flatness during the milling of the tibial surface

Kathleen Denis, Geert Van Ham, Jos Vander Sloten, Remy Van Audekercke, Georges Van der Perre, Joris De Schutter, Jean-pierre Kruth, Johan Bellemans, Guy Fabry

Article2007

DETECTION OF CHATTER AND PREDICTION OF STABLE CUTTING ZONES IN HIGH-SPEED MILLING

Jean-pierre Kruth

Chinese Journal of Mechanical Engineering

Article2001

A solution to the identification of force coefficients in high-speed milling with complex cutting edge geometry

Jean-pierre Kruth, Paul Vanherck, Min Liu

Analysis of specific cutting forces at different cutting speeds in milling of steel with ball end mill

Abstract

Discussion(0)

Related publications

Analysis of specific cutting forces at different cutting speeds in milling of steel with ball end mill

The effect of milling parameters on temperature rise, milling forces and surface flatness in TKA

The effect of milling parameters on temperature rise, milling forces and surface flatness during the milling of the tibial surface

DETECTION OF CHATTER AND PREDICTION OF STABLE CUTTING ZONES IN HIGH-SPEED MILLING

A solution to the identification of force coefficients in high-speed milling with complex cutting edge geometry