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Vikash Kumar Chauhan
Vikash Kumar Chauhan
IIT BHU, Varanasi, India
Adresse e-mail validée de itbhu.ac.in
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A comprehensive review of direct solar desalination techniques and its advancements
VK Chauhan, SK Shukla, JV Tirkey, PKS Rathore
Journal of Cleaner Production 284, 124719, 2021
1512021
A systematic review for performance augmentation of solar still with heat storage materials: A state of art
VK Chauhan, SK Shukla, PKS Rathore
Journal of Energy Storage 47, 103578, 2022
622022
Experimental study of effect of glass cover tilt angle of solar still in winter season of India’s composite climate
VK Chauhan, SK Shukla
Thermal Science and Engineering Progress 33, 101348, 2022
192022
Analytical and experimental study of performance of Pyrex glass Q-dot based passive solar still glass evaporator
VK Chauhan, SK Shukla
Thermal Science and Engineering Progress 34, 101387, 2022
132022
Performance analysis of Prism shaped solar still using Black phosphorus quantum dot material and Lauric acid in composite climate: An experimental investigation
VK Chauhan, SK Shukla
Solar Energy 253, 85-99, 2023
72023
Study on effect of moisture content on the composition of producer gas
VK Chauhan, SK Shukla, D Sharma, S Sharma, G Meena, GL Jangir
Materials Today: Proceedings 76, 138-145, 2023
12023
7 Energy Storage in Building Components
VK Chauhan, TGT Nindhia
Thermal Evaluation of Indoor Climate and Energy Storage in Buildings, 190, 2024
2024
8 Passive and Active Exploitation of Renewable Energy
VK Chauhan, AAF Al-Hamadani
Thermal Evaluation of Indoor Climate and Energy Storage in Buildings, 219, 2024
2024
Mathematical and experimental analysis of solar still systems using Q-dot glass evaporator
VK Chauhan
IIT (BHU) Varanasi, 2022
2022
Experimental investigation and study of effect of glass cover tilt angle of solar still in winter season
VK Chauhan, SK Shukla, PKS Rathore
International Conference on Polygeneration, 2021 6 (978-84-09-35919-6), 439-453, 2021
2021
Energy Storage in Building Components
VK Chauhan, TGT Nindhia
Thermal Evaluation of Indoor Climate and Energy Storage in Buildings, 190-218, 0
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