Torpedo automatic control system

Author: Xu Demin
Publisher:
Publish Date: 2001-10-01
Features: This book is compiled based on the "Nineth Five-Year Plan" for teaching materials in ship-related disciplines at colleges and universities across the country, and it is a national key textbook for general higher education under the "Nineth Five-Year Plan." The book systematically and comprehensively introduces the fundamental principles and analysis and design methods of torpedo automatic control systems. The entire book is divided into 10 chapters, with main content including: the basic composition and tactical and technical requirements of torpedo automatic control systems, flight dynamics, torpedo trajectories, sensitive elements, rudder mechanisms and rudder loops, lateral motion stability and control, longitudinal motion stability and control, classical design methods, modern design methods, and nonlinear control systems. To facilitate readers' learning and use, the book provides numerous charts, data, practical formulas, calculation examples, and references. This book serves as a textbook for universities and colleges in the field of detection, guidance, and control technology (including torpedo and mine engineering), and can also be used as a reference for faculty and students in related disciplines, as well as for scientists and engineers engaged in the research and development of underwater weapons and autonomous underwater vehicles. This book is compiled based on the "Nineth Five-Year Plan" for teaching materials in ship-related disciplines at colleges and universities across the country, and it is a national key textbook for general higher education under the "Nineth Five-Year Plan." The book systematically and comprehensively introduces the fundamental principles and analysis and design methods of torpedo automatic control systems. The entire book is divided into 10 chapters, with main content including: the basic composition and tactical and technical requirements of torpedo automatic control systems, flight dynamics, torpedo trajectories, sensitive elements, rudder mechanisms and rudder loops, lateral motion stability and control, longitudinal motion stability and control, classical design methods, modern design methods, and nonlinear control systems. To facilitate readers' learning and use, the book provides numerous charts, data, practical formulas, calculation examples, and references. This book serves as a textbook for universities and colleges in the field of detection, guidance, and control technology (including torpedo and mine engineering), and can also be used as a reference for faculty and students in related disciplines, as well as for scientists and engineers engaged in the research and development of underwater weapons and autonomous underwater vehicles.