№ files_lp_3_process_9_44066
Technical engineering report describing the historical development, operating mechanism and zero-dimensional mathematical modeling of gas-fired Helmholtz-type pulse combustors with reference to early experimental discoveries and propulsion applications.
Document Type: Technical report
Subject: Pulse combustion technology and mathematical modeling
Field: Mechanical Engineering
Topic: Pulse combustor design, operation and analysis
Models Discussed: Kilicarslan model, Ahrens model, Richard model
Combustor Type: Gas-fired Helmholtz type pulse combustor
Phenomenon: Heat-excited acoustic oscillations
Key Historical Figures: Higgins; Rijke; Lord Rayleigh; Esnault-Pelterie; Marconnet; Paul Schmidt
Historical Application: German V-1 “buzz” flying bomb during the Second World War
Mathematical Approach: Zero-dimensional modeling; energy balance; conservation equations
Assumptions: Ideal gases; constant specific heats; negligible heat and viscous losses
Main Components: Mixer head; combustion chamber; tailpipe; flapper valves
Purpose: Study of pulse combustion phenomenon and derivation of operating frequency
Price: 8 / 10 USD
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