// PROPULSION SYSTEMS AND ENGINE TECHNOLOGY TERM
Pulse Detonation Engine
A Pulse Detonation Engine (PDE) is a type of jet engine that uses rapid, controlled explosions, called detonations, to generate thrust, rather than the continuous burning process found in conventional jet engines. This method promises greater fuel efficiency and higher speeds.
TECHNICAL DEFINITION
A Pulse Detonation Engine (PDE) is an advanced air-breathing propulsion system that achieves thrust by initiating and sustaining a repetitive, supersonic combustion process (detonation wave) within its combustion chamber, leveraging the high pressure rise across the wave for enhanced thermodynamic efficiency in high-speed aerospace applications.
BACKGROUND
A rotating detonation engine (RDE) uses a form of pressure gain combustion, where one or more detonations continuously travel around an annular channel. Computational simulations and experimental results have shown that the RDE has potential in transport and other applications.
READ MORE ON WIKIPEDIASYNONYMS & ALIASES
- PDE
- Detonation Engine
- Pulsed Detonation Engine
- Rotating Detonation Engine (RDE)
- Wave Detonation Engine
USAGE NOTE
PDEs are primarily a research subject, holding promise for future hypersonic aircraft, rocket propulsion, or high-efficiency space launch systems, but face significant engineering challenges in terms of stability and material durability.
DEVELOPERS
Organizations developing technology related to Pulse Detonation Engine.
AFRL conducts extensive research and development in advanced aerospace propulsion systems, including various forms of pulse detonation engines and rotating detonation engines.
NASA Glenn Research Center has been a leading institution for research into pulse detonation and rotating detonation engines, exploring their potential for future aerospace applications.
Purdue University's Zucrow Laboratories are renowned for their research in propulsion and combustion, with significant work done on detonation engines, including experimental and computational studies.
UCF's PERL is actively involved in the development and study of advanced propulsion concepts, particularly focusing on rotating detonation engines (RDEs).
Aerojet Rocketdyne, a major rocket and missile propulsion manufacturer, has explored advanced propulsion technologies, including those related to detonation combustion for increased efficiency.
The DLR conducts comprehensive research into next-generation propulsion systems, including studies on detonation-based engines for space and atmospheric flight applications.