Nila Campus

This workshop on 'Post-Buckling of Composite Shells' aims to provide valuable insights and hands-on experience in finite element (FE) analysis of post-buckling analysis of composites. More details in the flyer...

A single factor that determines the implementation of green hydrogen is its cost. Currently practiced electrolysis methods are expensive in terms of Capex and Opex. A single factor that determines the Opex is the input energy, which is around ~55 kWh/kg H,, is due to high voltage required for oxygen evolution reaction (OER). How the oxidation can be handled suitably, so that running expenses could be brought down to the lowest level.

In this talk I will discuss some of the problems in Semiconductor Device research I pursued, focussing on the insights gained. The first example would be a critical question I asked which led to the transformation of minority carrier transport equations. I explain how they can be used to solve a variety of problems, including non-quasi-static problems. Two insightful dimensionless constants were introduced. The first one is the Ki number which embeds all the essential bulk transport properties and the second one is the Sf number which embeds all the essential surface transport properties.

Research scholars of the Department of Civil Engineering are planning to host CE Research Receptions monthly. The inaugural reception will be hosted by the Structural Design group in the ICSR large conference room tomorrow.
 

The primary objective is to facilitate group-to-group research-interactions that promote exchange of ideas across different domains within civil engineering. To encourage a broader exchange of knowledge and perspectives, we have reserved two slots exclusively for guests from other departments: at 4:30 PM and at 6:15 PM.

Details:

Hydrogen is an emerging renewable energy carrier to reduce the massive utilization of fossil fuels and associated environmental problems. Clean and green hydrogen can be generated by water splitting. Thermochemical, photochemical, photo-electrochemical, and PV electrolysis are some of the approaches actively pursued for generating green hydrogen.

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