Based on this model, the material removal functions of scan line, Archimedean spiral, and Hilbert fractal polishing path are derived.
The influence of the double layer, pulse signal parameters and inter-electrode gap size on the dissolution current density (material removal depth), as a function of time, is investigated.
By combining the Preston polishing removal function, the material removal model of small polishing tool under the control of constant polishing force and pressure is established.
Diaz et al. [8] and Velchev et al. [9] characterized the specific energy of machine tools as a function of material removal rate.
It has been found out that the material removal rate (MRR) as a function of static load has at least one maximum.
This paper not only applies the material removal rate (MRR) into the objective function mathematically, but also implements the calculus of variations to resolve the cutting rate control problem comprehensively.
Pulse off time and pulse on time was a non-linear function for the material removal rate of the composite and the most influential parameters for the MRR were determined.
The material removal characteristics, which are described as a tool influence function and assessed in terms of width, maximum depth and material removal rate, play an important role in simulating the surface generation accurately and manufacturing the designed surfaces deterministically in FJP.
The mechanism of material removal in forming the notches has been studied as a function of laser fluence.
