In this paper, a new single grit model between the workpiece and the single grit considering both cutting and ploughing effects is proposed to predict the material deformation and microgrinding forces. The proposed model predictions are compared to the experiment data of the Single Crystal Diamond (SCD) cutting for validation. Extension of the single grit model by stochastic distribution analysis to predict the entire microgrinding forces is also presented.open
AbstractPrediction models for machining brittle and hard materials are barely seen while various pre...
An investigation of the characteristics of microcutting forces in diamond turning of crystalline mat...
We present a model for simulating normal forces arising during a grind- ing process in cement for s...
AbstractModel of the process of the dynamic contact interaction of a single abrasive grain with proc...
Grinding at the microscale is an essential process in view of its competitive edge over other proces...
Micro-grinding with small-scale grinding wheels is a micro-machining process in precision manufactur...
This paper describes a microplasticity model for analyzing the variation of cutting force in ultra-p...
In the micro-grinding of single-crystal copper, the effect of crystallography becomes significant as...
Grinding force is an important parameter that affects the productivity and quality of industrial pro...
Grinding process is generally used to improve the tolerance integrity and surface quality of a workp...
Material removal in rotary ultrasonic machining (RUM) of hard-brittle material is an abnormal compli...
Rock is a random-composite material, and rock cutting diamonds are randomly shaped tools. Based on t...
The micro topography of the grinding tool has a considerable influence on the cutting forces and tem...
The micro topography of the grinding tool has a considerable influence on the cutting forces and tem...
The interest on micro cutting processes is proved by the attention of industries on this topic. This...
AbstractPrediction models for machining brittle and hard materials are barely seen while various pre...
An investigation of the characteristics of microcutting forces in diamond turning of crystalline mat...
We present a model for simulating normal forces arising during a grind- ing process in cement for s...
AbstractModel of the process of the dynamic contact interaction of a single abrasive grain with proc...
Grinding at the microscale is an essential process in view of its competitive edge over other proces...
Micro-grinding with small-scale grinding wheels is a micro-machining process in precision manufactur...
This paper describes a microplasticity model for analyzing the variation of cutting force in ultra-p...
In the micro-grinding of single-crystal copper, the effect of crystallography becomes significant as...
Grinding force is an important parameter that affects the productivity and quality of industrial pro...
Grinding process is generally used to improve the tolerance integrity and surface quality of a workp...
Material removal in rotary ultrasonic machining (RUM) of hard-brittle material is an abnormal compli...
Rock is a random-composite material, and rock cutting diamonds are randomly shaped tools. Based on t...
The micro topography of the grinding tool has a considerable influence on the cutting forces and tem...
The micro topography of the grinding tool has a considerable influence on the cutting forces and tem...
The interest on micro cutting processes is proved by the attention of industries on this topic. This...
AbstractPrediction models for machining brittle and hard materials are barely seen while various pre...
An investigation of the characteristics of microcutting forces in diamond turning of crystalline mat...
We present a model for simulating normal forces arising during a grind- ing process in cement for s...