Journal of the American Rocket Society · 1952 · 34 citations · 3 references
EngineeringAerospace EngineeringMechanical EngineeringFlight DynamicsFlight MechanicsOptimizationJet PropulsionMissile Flight DynamicsOptimal ControlOptimization TheoryVariational FormulationVariational PrinciplesAltitude Effects On Flight PerformanceBurning RateFlightMaximum SpeedMaximum Velocity DevelopmentOptimal Control For MissilesOptimal Trajectory OptimizationVelocity
The problem of determining the optimum burning program for a jet-propelled missile in horizontal flight, which is required to attain either the maximum total range or the maximum velocity at a given range, is formulated as a problem in variational calculus. The result is found to give only a partial solution. On the basis of this result a complete solution is postulated and justified, and the whole compared with the results of a constant burning-rate program to show the advantages of the optimum burning program. Consideration is given to the questions of optimum size and configuration and optimum flight altitude.
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Gas Cooling of a Porous Heat Source
León Green · Journal of Applied Mechanics · 1952 · 28 citations