Prabhakar Bhandari Book order

Exploring the fusion of fluid dynamics and artificial intelligence, this book highlights how machine learning techniques are revolutionizing the field. It covers applications such as aerodynamic design optimization, turbulence modeling, and environmental fluid dynamics, emphasizing the enhancement of simulation accuracy and design optimization through AI-driven approaches. Additionally, it addresses the challenges and future directions in integrating AI and ML into fluid dynamics research and practice, providing a comprehensive overview of this transformative intersection.

Focusing on the science of thermoregulation, this book examines how body heat influences human health, relationships, and technology. It presents a blend of scientific insights, real-life stories, and engaging anecdotes, making complex concepts accessible to both general readers and professionals. By exploring the mechanisms behind heat generation and management, it offers a comprehensive look at the fascinating role of body heat in our lives.

Focusing on the transformative impact of IoT technologies, this book delves into their application within mechanical engineering. It covers the integration of IoT with traditional systems, highlighting practical uses such as smart manufacturing, predictive maintenance, and energy management. The structured approach includes case studies and real-world examples that illustrate the benefits and challenges of IoT implementation. Aimed at students, researchers, and industry professionals, it serves as an essential resource for enhancing efficiency and sustainability in mechanical engineering practices.

Focusing on India's energy landscape, this book examines energy consumption patterns, policy frameworks, and future transition scenarios. It highlights the reliance on fossil fuels while discussing the growth of renewable energy and nuclear power. Critical issues such as energy efficiency, infrastructure, regulatory challenges, and access in rural areas are also explored. With expert insights, it provides a comprehensive understanding of the energy challenges and opportunities in India, making it a vital resource for policymakers, researchers, and stakeholders.

Focusing on the transformative impact of mechanical engineering, this book explores its crucial contributions to the energy sector's evolution. It features insights from industry experts, covering fundamental principles, breakthrough technologies, and innovative applications. Through case studies and profiles of leaders, it illustrates how mechanical engineering is shaping the current energy landscape and driving future advancements. Topics include sustainable transportation and advanced materials, highlighting the field's role in fostering a more sustainable and efficient energy future.

Focusing on the vital role of mechanical engineers, the book highlights their contributions across diverse industries, including transportation, energy, and manufacturing. It emphasizes their expertise in problem-solving and teamwork, which fosters innovation and the development of new technologies. By showcasing how mechanical engineering underpins technological advancement, the narrative illustrates its significance in addressing the modern world's evolving needs and enhancing human welfare.

Exploring the critical impact of mechanical engineering on national security, this book highlights the innovative solutions provided by engineers in both traditional and modern defense contexts. It examines the evolution of machinery from the battlefield to advanced technologies like drones, emphasizing the strategic importance of these developments. By addressing both conventional and non-traditional defense applications, it celebrates the ingenuity of mechanical engineers and serves as a vital resource for scholars and practitioners interested in defense technology.

Focusing on biomass energy, this book explores its significance in achieving sustainability. It covers the historical context, diverse resources, and conversion technologies related to biomass. The analysis includes environmental benefits, economic viability, and relevant policy frameworks, highlighting the balance between sustainability and profitability. Through case studies and insights into technological innovations and community involvement, it showcases successful global implementations. The conclusion presents a vision for a greener future while addressing upcoming challenges, making it essential for policymakers and researchers in the field.

Focusing on the science and applications of waste heat, this book explores innovative recovery technologies and their impact on industrial and urban environments. It highlights the integration of renewable energy, emphasizing the economic and environmental benefits while addressing challenges in utilization. With dedicated chapters on policy, community engagement, and global perspectives, it provides a comprehensive resource for researchers and policymakers interested in leveraging waste heat for sustainability.

Focusing on the evolution of solar technologies, this book explores the design and functionality of solar energy devices, from early photovoltaic cells to advanced solar panels and thermal collectors. It provides a clear understanding of the physics and engineering principles behind solar energy conversion, blending theoretical insights with practical applications. Suitable for engineers, policymakers, and curious readers alike, it aims to demystify solar technology while inspiring a vision for a sustainable future powered by solar energy.