Technologies

Astronomy & Space Sciences

Title:

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

Area:

Astronomy & Space Sciences

Focus Area:

Materials Modeling and Aerospace Engineering

Status:

Under Development

Social Benefits:

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

Developing Agency:

Indian Institute of Technology (IIT) Delhi

Brief Description

Description :

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.

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