Focused on providing foundational knowledge, this book presents real-time case studies aimed at beginners. Each case study is based on actual data, allowing for practical solutions to emerge. By exploring various areas, it seeks to deepen understanding of the subject matter, making it a valuable resource for those looking to grasp the intricacies of case study analysis.
Focusing on composite materials with natural fibers, this book serves as a practical guide for beginners in the field. It highlights the growing industrial applications of these materials, emphasizing their superior performance over traditional options. The text specifically explores the formation and mechanical testing of a composite material made with jute fiber, providing valuable insights into its properties and potential uses.
Focusing on vibration control in mechanical systems, this book serves as a practical guide for beginners in controller design. It explores various types of controllers, including Fuzzy, PID, and Neuro-Fuzzy Controllers. The first section addresses methods for measuring mechanical vibrations in real-time scenarios, while the second section delves into the design and comparative analysis of these controllers to effectively manage vibrations.
Focusing on the fundamentals of Heating, Ventilating, and Air Conditioning (HVAC) design, this book serves as a practical guide for beginners. It includes a detailed case study of a library hall, addressing real-world design challenges in HVAC systems. The content is tailored to assist those in the HVAC industry, making it a valuable resource for both students and professionals looking to enhance their understanding of building climate control.
Performance of Parabolic Trough Collector
The study focuses on the fabrication and performance analysis of a close-type parabolic trough collector, examining various parameters including receiver tube diameter, material, and heat transfer fluid. Stainless steel with a mirror finish serves as the reflecting material, while both stainless steel and copper are utilized for the receiver tubes. The absorber tube is painted black to enhance absorptivity and minimize losses, with water employed as the heat transfer fluid, showcasing a comprehensive approach to optimizing solar energy collection.
The book discusses an innovative automatic center stand system for motorcycles that enhances safety and convenience without compromising vehicle performance. By utilizing an external battery, it minimizes the physical effort needed to deploy the stand, making it suitable for various two-wheelers, including TVS-XL and both geared and non-geared models. The system aims to reduce accidents related to side stand issues, offering a cost-effective solution that can be adapted to different bike sizes without significant economic impact.
Focusing on the design and development of a prototype mobile robot, this book addresses the need for effective fire hazard detection in reconnaissance operations. It emphasizes the use of a lightweight and compact autonomous mobile robot equipped with a stereovision system, capable of entering buildings to provide critical information during emergencies. Aimed primarily at postgraduate mechanical engineering students, it also offers valuable insights for undergraduates, bridging the gap between existing large-scale robot research and practical applications in fire safety.