Articles liés à Handbook of Chemical Rocket Propulsion: Engineering...

Handbook of Chemical Rocket Propulsion: Engineering Data, Design Procedures, Testing, Troubleshooting, and Safety for Liquid Engines, Solid Motors, and Hybrid Systems - Couverture souple

Engineering Press, RS; Corvane, Leonard J.

 
9798140278977: Handbook of Chemical Rocket Propulsion: Engineering Data, Design Procedures, Testing, Troubleshooting, and Safety for Liquid Engines, Solid Motors, and Hybrid Systems

Synopsis

A Practical Engineering Reference for Chemical Rocket Propulsion

Successful propulsion engineering requires more than theoretical performance calculations. It requires dependable technical data, sound design decisions, rigorous verification, and a disciplined understanding of how propulsion systems behave under real operating conditions.

Handbook of Chemical Rocket Propulsion brings together the engineering principles, reference information, and practical methods needed to evaluate liquid-propellant engines, solid rocket motors, and hybrid propulsion systems.

Designed for engineers, researchers, advanced students, and technical professionals, this handbook connects propulsion performance with hardware design, testing, reliability, troubleshooting, and operational safety.

Inside, you'll explore:

  • Propellants and performance: Propellant selection, compatibility, thermochemical analysis, thrust, specific impulse, and performance margins.

  • Liquid propulsion systems: Storage, pressurization, feed systems, injectors, combustion chambers, ignition, and stability.

  • Solid and hybrid motors: Propellant characteristics, grain behavior, oxidizer delivery, regression, and operating considerations.

  • Nozzles and thermal management: Exhaust expansion, thrust-chamber design, cooling, materials, and thermal protection.

  • Testing and instrumentation: Test-facility requirements, measurement systems, development testing, acceptance testing, and data interpretation.

  • Reliability and troubleshooting: Qualification, failure investigation, anomaly resolution, configuration control, and engineering readiness.

  • Safety and compliance: Hazard identification, operating controls, technical documentation, and responsible engineering practices.

From engineering calculations to verification and troubleshooting

Rather than treating propulsion components as isolated subjects, the handbook follows the engineering lifecycle—from requirements and initial design decisions through hardware development, testing, qualification, and operational readiness.

It emphasizes engineering traceability, technical judgment, and the appropriate use of reference data.

Whether you are studying advanced propulsion technology, evaluating engine subsystems, preparing technical documentation, or investigating propulsion-system performance, this volume provides a structured reference for understanding the engineering considerations that govern chemical rocket propulsion.

A focused technical resource for professionals and advanced learners working with modern aerospace propulsion systems.

Les informations fournies dans la section « Synopsis » peuvent faire référence à une autre édition de ce titre.