Land Based Turbine Components With Additive Manufacturing In A Consortium Approach
Implementing Organization
Indian Institute of Science
Principal Investigator
Prof. Dipankar Banerjee
Professor
|
Indian Institute of Science
Department of Materials Engineering
CO-Principal Investigator
Prof. B. Gurumoorthy
Professor
|
Indian Institute of Science
Department of Mechanical Engineering
CO-Principal Investigator
Prof. Amaresh Chakrabarti
Professor and Chairman
|
Indian Institute of Science
CO-Principal Investigator
Prof. Pradeep Dutta
Professor and Chairperson
|
Indian Institute of Science
Department of Mechanical Engineering
CO-Principal Investigator
Prof. Abhik Choudhury
Assistant Professor
|
Indian Institute of Science
Department of Materials Engineering
Project Overview
We propose the application of additive manufacturing to land based turbine components with complex geometries and conventional multi-step manufacturing processes in a consortium approach. The consortium consists of researchers in the Indian Institute of Science, a Bengaluru based additive manufacturing industry partner with demonstrated experience in process design and build of complex geometries based on powder bed fusion by laser sources with materials such as titanium and nickel base alloys and specialty steel, and a Bengaluru located leading industrial steam tribune manufacturer providing solutions to 100MW. We have identified specific parts and materials for this exercise that are made in production by extensive subtractive machining from forged barstock. Our proposal lies in the domain of application engineering, and will involve process optimization, development of a property data base, demonstration of consistency, cost benefit analysis and development of standards for the application of an additive process to an industrial part.