Special Purpose Nozzles
Design Methods and Applications
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Beschreibung
This book summarizes the basic achievements in the research field of serpentine nozzles, three-axis vectoring nozzles, and single expansion ramp nozzles, in order to provide theoretical basis and technical support for the application of special types of nozzles in aviation engines under different task requirements. It is based on the research results of the Jet Propulsion Theory and Engineering Research Institute of Northwestern Polytechnical University, combined with the latest research status. It is a valuable reference for scientific and technological personnel in related technical fields, and convenient for readers to have a deeper understanding of the basic knowledge and theory related to special-purpose nozzles, and to help carry out relevant design and application research.
This book summarizes the basic achievements in the research field of serpentine nozzles, three-axis vectoring nozzles, and single expansion ramp nozzles, in order to provide theoretical basis and technical support for the application of special types of nozzles in aviation engines under different task requirements. It is based on the research results of the Jet Propulsion Theory and Engineering Research Institute of Northwestern Polytechnical University, combined with the latest research status. It is a valuable reference for scientific and technological personnel in related technical fields, and convenient for readers to have a deeper understanding of the basic knowledge and theory related to special-purpose nozzles, and to help carry out relevant design and application research.
Provides practical design methods of three types of special purpose nozzles Shows how to estimate the infrared radiation characteristics of nozzles Proposes a quick method to estimate the coupling performance of nozzles and aero-engine
Autor*in
Jingwei Shi
Themen in »Special Purpose Nozzles«
Serpentine nozzle Three-axis vectoring nozzle Single expansion ramp nozzle Design methods of special purpose nozzles Flow mechanism Infrared radiation characteristics Experimental investigation Numerical methods Structural optimization Coupling of special purpose nozzles and aero-engines