Mixed Convection in a Porous Bed - Paul, Joydip
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The main focus of this work is the method of removing heat from the porous debris that forms during nuclear meltdown accidents. In such catastrophic events, the nuclear reactor fuel melts and reacts with water, resulting in the formation of porous debris near the bottom of the reactor vessel. If this porous debris, which contains radioactive material and decays heat, becomes too strong to withstand, it can cause the reactor vessel to melt again. The mixture of all these components is kept at the bottom of the vessel cavity, where there is a lot of water. As a result, the melting material…mehr

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Produktbeschreibung
The main focus of this work is the method of removing heat from the porous debris that forms during nuclear meltdown accidents. In such catastrophic events, the nuclear reactor fuel melts and reacts with water, resulting in the formation of porous debris near the bottom of the reactor vessel. If this porous debris, which contains radioactive material and decays heat, becomes too strong to withstand, it can cause the reactor vessel to melt again. The mixture of all these components is kept at the bottom of the vessel cavity, where there is a lot of water. As a result, the melting material interacts with the water and generates particle debris. To remove heat from this porous material, we must also inject coolant into it.
Autorenporträt
My name is Joydip Paul and I am currently working as an assistant professor at Gargi Memorial Institute of Technology in India. My areas of interest include heat transfer, fluid mechanics, and thermodynamics.