Design and development of efficient toolpath strategies for precision high-speed machining of monolithic thin- walled structures for construction of light- weight satellites and spacecrafts | India Science, Technology & Innovation - ISTI Portal

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Design and development of efficient toolpath strategies for precision high-speed machining of monolithic thin- walled structures for construction of light- weight satellites and spacecrafts

Implementing Organization

Indian Institute of Technology Goa

Indian Institute of Technology (IIT), Guwahati

About

This project aims to improve the product quality and productivity of high speed machining of thin walled parts needed for spacecrafts and satelites by developing efficient tool path planning strategies. Systematic experimental investigations will be carried out to study the causes of poor geometric accuracy and surface quality during the machining process.

Outcome / Output

The project being undertaken by ISRO in collaboration with academia is directly or indirectly beneficial to the society.

Source

Source URL

technologies/design-and-development-efficient-toolpath-strategies-precision-high-speed-machining-monolithic-thin

Related Research

Funding Organization

Funding Organization

Indian Space Research Organisation Headquarters (ISRO HQ)

Quick Information

Thrust Areas

Astronomy & Space Sciences

Focus Area

Aerospace Manufacturing and Precision Engineering

Status

Under Development

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