Sentence examples for material removal operations from inspiring English sources

Among different types of material removal operations, end-milling is most important common milling operation due to its capability of producing complex geometric surfaces with reasonable accuracy and surface finish.

Drilling is a material removal process commonly used in hole making operations in metals, alloys and composites.

During the manufacturing stage, the block metals are subjected to some form of material removal process either through turning, grinding, milling, or drilling operations to obtain the final product.

The present research work focuses on simultaneous optimization of prime energy consumption responses, surface roughness and material removal rate for sustainable machining operations.

In order to select optimal machining parameters, the material removal behavior during micro machining operations needs to be understood and implemented in models.

For example, many efficiency indicators relate to the material volume processed, but since the volume is very small in finishing operations, the material removal rarely is the best indicator.

In this operation, the material removal occurs from any electrically conductive material by the initiation of rapid and repetitive spark discharges between the gap of the work and tool electrode connected in an electrical circuit, and the liquid dielectric medium is continuously supplied to deliver the eroded particles and to provide the cooling effect.

This paper presents a generalized process simulation and optimization strategy for 2 1/2 axis milling operations to increase Material Removal Rate (MRR) while avoiding machining errors.

This is especially interesting for grinding operations with high specific material removal rates.

Chip removal operations for high tech materials like aerospace components or refractory metals need tool coatings with high wear resistivity.

This paper presents an investigation on the effect and optimization of machining parameters on the kerf (cutting width) and material removal rate (MRR) in wire electrical discharge machining (WEDM) operations.