
TL;DR
This paper uses basic physics and thermodynamics to derive an expression for rocket exhaust velocity, helping identify ideal fuel properties for efficient propulsion.
Contribution
It introduces a simplified analytical approach to determine optimal rocket fuel characteristics based on thermodynamic principles.
Findings
Derived an expression for exhaust velocity of gases
Identified key properties for effective rocket fuels
Provided a theoretical basis for fuel selection
Abstract
Elementary concepts from general physics and thermodynamics have been used to analyze rocket propulsion. Making some reasonable assumptions, an expression for the exit velocity of the gases is found. From that expression one can conclude what are the desired properties for a rocket fuel.
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Taxonomy
TopicsRocket and propulsion systems research
