Description
Deepika Kumari, G. D. Agarawal, and Digambar Singh present a comprehensive exploration of solar chimney technology in their latest work. Through meticulous experimental research, they delve into the performance of solar chimneys with varying orientations of fins, dissecting how these adjustments influence thermal efficiency and airflow. This critical analysis broadens the understanding of solar thermal systems and offers innovative solutions for their optimization.
The authors guide readers through a detailed examination of experimental setups, methodologies, and results, fostering a clear comprehension of the intricate dynamics at play within solar chimney design. By integrating practical insights with theoretical underpinnings, they showcase the potential of solar thermal engineering in harnessing renewable energy.
This work serves as a valuable resource for researchers, engineers, and students in the field, sparking new ideas and encouraging the further development of effective solar technologies that can contribute to sustainable energy solutions worldwide.
The authors guide readers through a detailed examination of experimental setups, methodologies, and results, fostering a clear comprehension of the intricate dynamics at play within solar chimney design. By integrating practical insights with theoretical underpinnings, they showcase the potential of solar thermal engineering in harnessing renewable energy.
This work serves as a valuable resource for researchers, engineers, and students in the field, sparking new ideas and encouraging the further development of effective solar technologies that can contribute to sustainable energy solutions worldwide.
Book Details
Format
Paperback
Pages
92 pages
Language
English
Published
Jul 6, 2018
Publisher
LAP LAMBERT Academic Publishing
Edition
1
ISBN-10
6139871778
ISBN-13
9786139871773