Aman Jain

Machine learning

Basic Idea behind the project to carry sunlight into the interior parts of a building via optical fibers and simultaneously send a processed control signal to the variable resistance electric lighting system. Control signal, depending on the intensity of sun-light outside, adjusts the power consumption of electric light system. Thus if its bright sunny outside, electrical power consumed will be minimal. If its dark cloudy outside electric power will be normal. System ensures the constant… Show more

Basic Idea behind the project to carry sunlight into the interior parts of a building via optical fibers and simultaneously send a processed control signal to the variable resistance electric lighting system. Control signal, depending on the intensity of sun-light outside, adjusts the power consumption of electric light system. Thus if its bright sunny outside, electrical power consumed will be minimal. If its dark cloudy outside electric power will be normal. System ensures the constant illumination inside the room. Show less

Thin shells are generally very sensitive to buckling. It is the classical subject and extensive experimental and theoretical studies have been reported, the gap between the theoretical prediction and experimental data is still high. Hence it is important to validate the theoretical prediction by experiments for the case-by-case application. In this content the main vessel of a typical Prototype Fast Breeder Reactor (PFBR), which is critical with respect to buckling under, shear load is taken… Show more

Thin shells are generally very sensitive to buckling. It is the classical subject and extensive experimental and theoretical studies have been reported, the gap between the theoretical prediction and experimental data is still high. Hence it is important to validate the theoretical prediction by experiments for the case-by-case application. In this content the main vessel of a typical Prototype Fast Breeder Reactor (PFBR), which is critical with respect to buckling under, shear load is taken for the present study. The shear load is possible during a seismic event. Since the main vessel contains all the radio active materials viz. fuel, coolant sodium etc, it the most critical component in the reactor. Towards ensuring its structural integrity, many studies are being carried out. One such important study is assessing its structural stability (buckling) under shear load and axial load which is focused in this report. For the present study a thin cylindrical of aluminium alloy which has D/t ratio similar to that of PFBR main vessel is chosen. Show less