A Gas Dynamical Formulation for Waves and Combustion in Pulse-Jets (Classic Reprint) - Softcover

Inhaltsangabe

A clear, math-backed look at pulse-jet waves and combustion

This book presents a one-dimensional, hydro-thermodynamic formulation for pulse-jet waves and burning. It ties together known data, prior theories, and a framework for future experiments and design. It explains how wave propagation, flame fronts, and burning duration interact in pulse-jets with non-uniform cross sections. An idealized example is worked out to first order, showing how pressure, speed, and ignition behavior can be analyzed using a consistent set of equations.

• Foundational equations for intake, flame spread, and exhaust in pulse-jets
• Discussion of how boundary conditions and non-uniform gas properties affect results
• An explicit, though simplified, example to connect theory with observed features
• Guidance on the kinds of experimental data that help validate the model

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