While several studies in diamond turning of homogeneous materials like Cu, Al, and Si are well published, there is a lack of understanding about tool wear in case of heterogeneous materials like CuBe. Severity of the tool ...

Extremely small cutting depths in nanoscale cutting makes it very difficult to measure the thermodynamic properties and understand the underlying mechanism and behavior of workpiece material. Highly precise single-crystal ...

This article gives classification of micromanufacturing in general and micromachining processes in particular. For different micromachining processes, one can have different kinds of operations through which different ...

The interaction of hard Be particles in CuBe alloy with cutting tool, during diamond turning of CuBe contributes significantly to the tool wear. However, the mechanism of this interaction and its effect on tool wear have ...

In the present study, molecular dynamics simulation (MDS) is employed to study the wear mechanism of single crystal diamond tool during nanocutting of copper beryllium (CuBe). Two edge configurations, i.e., both sharp and ...

Singularity analyses of manipulators are performed with great concern to avoid singular configurations in which the driving motors and related hardware may face great difficulty to drive the manipulator joints further or ...

he interaction dynamics between a number of railway pantographs moving in contact with an overhead high-tension conductor wire has been studied. The bases of the pantographs are subjected to harmonic excitation with different ...

The mutual interaction between a number of multi degrees of freedom mechanical systems moving with uniform speed along an infinite taut string supported by a viscoelastic layer has been studied using the substructure ...

In the present paper, we design a Microelectro- Mechanical System (MEMS) piezoresistive pressure sensor for intracranial pressure monitoring. The pressure sensor design presented in this paper consists of a square diaphragm. ...

This work deals with the electromechanical analysis of the Hemispherical Resonator Gyroscope (HRG). The HRG is a type of Coriolis vibratory gyroscope (CVG), which uses Coriolis force to measure the input angular rate. For ...