Prediction of formability and failure of aerospace alloys subjected to large strains in metal forming processes using advanced material models in finite element simulation

Acces sibility Controls

Implementing Organization

Indian Institute of Technology Goa

Indian Institute of Technology (IIT), New Delhi

About

Under this project it is proposed to synthesize boron nitride and its composites - a multifunctiopnal photocatlyst for generation of hydrogen gas as a fuel and simultaneous photoreduction of CO2 gas. Further,Synthesis and characterization of boron nitride (h-BN), Carbon doped boron nitride (BCN), CeO2 and composite of BCN/CeO2 will be carried out.Also,optimization of composition of BCN/CeO2 in the composite for better photocatalytic activity will be carried out.Also, Investigations of h-BN, CeO2 and BCN/CeO2 for photocatalytic H2 production as well as CO2 reduction and BCN and its composites as ORR catalyst in fuel cell application will be carried out.

Outcome / Output

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

Source

Source URL

technologies/prediction-formability-and-failure-aerospace-alloys-subjected-large-strains-metal-forming-processes

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Funding Organization

Indian Space Research Organisation Headquarters (ISRO HQ)

Quick Information

Thrust Areas

Astronomy & Space Sciences

Focus Area

Materials Modeling and Aerospace Engineering

Status

Under Development

Acces sibility Controls

Astronomy & Space Sciences