Harsimran Kaur – författare

Rocket propulsion is at the centre of modern space exploration and has opened the doors for humanity to reach greater heights, deeper into space, and the more difficult profiles of missions. The rapid development of materials, combustion technologies, hybrid systems, and electric propulsion has led to the evolution of the field at an exceptional rate. An understanding of these systems is a prerequisite for the development of launch vehicles and spacecraft that are not only safe and efficient but also eco-friendly.Advanced Rocket Propulsion Systems: Foundations, Innovations, and Applications in Space Exploration gives a detailed account of all the conventional and emerging propulsion technologies. It discusses the basic principles, thermochemical processes, engine cycles, nozzle performance, hybrid and electric propulsion systems, and eco-friendly propellants. The book provides the readers with access to the latest global advancements in aerospace propulsion through simple and easy to comprehend explanations as well as revealing insights. Besides aerospace engineers, propulsion scientists, and space technology practitioners the book is for general readers who wish to acquire a firm understanding of contemporary rocket propulsion systems. Furthermore, it is an excellent resource for educational institutions and young engineers.Key Features:-Reviews latest trends in rocket propulsion.-Includes up-to-date research work.-The current development along with past and future perspectives are considered.-Comprehensive analysis of variety of propulsion techniques for deep space exploration.-Explores the technical challenges and possible solutions along with current development state of rocket propulsion.

Rocket propulsion is at the centre of modern space exploration and has opened the doors for humanity to reach greater heights, deeper into space, and the more difficult profiles of missions. The rapid development of materials, combustion technologies, hybrid systems, and electric propulsion has led to the evolution of the field at an exceptional rate. An understanding of these systems is a prerequisite for the development of launch vehicles and spacecraft that are not only safe and efficient but also eco-friendly.Advanced Rocket Propulsion Systems: Foundations, Innovations, and Applications in Space Exploration gives a detailed account of all the conventional and emerging propulsion technologies. It discusses the basic principles, thermochemical processes, engine cycles, nozzle performance, hybrid and electric propulsion systems, and eco-friendly propellants. The book provides the readers with access to the latest global advancements in aerospace propulsion through simple and easy to comprehend explanations as well as revealing insights. Besides aerospace engineers, propulsion scientists, and space technology practitioners the book is for general readers who wish to acquire a firm understanding of contemporary rocket propulsion systems. Furthermore, it is an excellent resource for educational institutions and young engineers.Key Features:-Reviews latest trends in rocket propulsion.-Includes up-to-date research work.-The current development along with past and future perspectives are considered.-Comprehensive analysis of variety of propulsion techniques for deep space exploration.-Explores the technical challenges and possible solutions along with current development state of rocket propulsion.

Rocket propulsion is at the centre of modern space exploration and has opened the doors for humanity to reach greater heights, deeper into space, and the more difficult profiles of missions. The rapid development of materials, combustion technologies, hybrid systems, and electric propulsion has led to the evolution of the field at an exceptional rate. An understanding of these systems is a prerequisite for the development of launch vehicles and spacecraft that are not only safe and efficient but also eco-friendly.Advanced Rocket Propulsion Systems: Foundations, Innovations, and Applications in Space Exploration gives a detailed account of all the conventional and emerging propulsion technologies. It discusses the basic principles, thermochemical processes, engine cycles, nozzle performance, hybrid and electric propulsion systems, and eco-friendly propellants. The book provides the readers with access to the latest global advancements in aerospace propulsion through simple and easy to comprehend explanations as well as revealing insights. Besides aerospace engineers, propulsion scientists, and space technology practitioners the book is for general readers who wish to acquire a firm understanding of contemporary rocket propulsion systems. Furthermore, it is an excellent resource for educational institutions and young engineers.Key Features:-Reviews latest trends in rocket propulsion.-Includes up-to-date research work.-The current development along with past and future perspectives are considered.-Comprehensive analysis of variety of propulsion techniques for deep space exploration.-Explores the technical challenges and possible solutions along with current development state of rocket propulsion.

This book highlights the efficiency of geoinformatics to promote sustainable human settlements in hilly regions of India. It also serves as a platform to discuss the unique challenges and opportunities faced by hill settlements in fostering sustainable human settlements. With a focus on physical planning, environment, tourism, and climate change, this book equips planners, policymakers, and practitioners with the knowledge and tools necessary to make informed decisions and develop resilient strategies for these regions.

This book highlights the efficiency of geoinformatics to promote sustainable human settlements in hilly regions of India. It also serves as a platform to discuss the unique challenges and opportunities faced by hill settlements in fostering sustainable human settlements. With a focus on physical planning, environment, tourism, and climate change, this book equips planners, policymakers, and practitioners with the knowledge and tools necessary to make informed decisions and develop resilient strategies for these regions.