Thermal load on cutting tool has a noteworthy influence on tool wear, tool life and machined
surface quality. The heat partition coefficient into cutting tool characterizes the proportion of …

Higher rate of production and better surface quality are major driving forces for modern
machining systems. Higher cutting speeds can be used to achieve higher production rates …

As a precision machining method, ultrasonic vibration cutting is widely applied for cutting
difficult-to-machine materials due to the phenomena of cutting force and the decrease of …

This paper presents an improved inverse identification method for Johnson-Cook model
constants (JC constants) using force and temperature data. Nowadays, JC constants are …

Elevated temperature in the machining process is detrimental to cutting tools—a result of the
effect of thermal softening and material diffusion. Material diffusion also deteriorates the …

In this work, the machining of ultra-fine-grained pure titanium (UFG Ti) in an integrated
manufacturing process combining severe plastic deformation (SPD) process and machining …

In this paper, an original approach was presented to identify the Johnson-Cook material
constants (JC constants). The Johnson-Cook model is one of the simplest models to …

The heat generated during metal cutting processes like end milling results in to higher
temperatures which affects the quality of the surface produced. So, in order to get better …

This paper presents an original method of predicting temperature distribution in orthogonal
machining based on a constitutive model of various materials and the mechanics of their …

This paper evaluates a physics-based analytical model in the prediction of machining
temperature of AISI 1045 steel and AISI 4340 steel. The prediction model was developed …