Publication | Open Access
STABCAR: A program for finding characteristic root systems having transcendental stability matrices
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EngineeringAerospace SystemMatrix TheoryFlight ControlStabilityAeronauticsCdc Cyber 175Systems EngineeringMatrix MethodAircraft Design ProcessMechatronicsSystem StabilityCharacteristic Root SystemsMatrix AnalysisTranscendental Stability MatricesAerospace EngineeringCharacteristic RootsMechanical SystemsAlgebraic MethodAerodynamicsAir Vehicle System
STABCAR can be used to determine the characteristic roots of flexible, actively controlled aircraft, including the effects of unsteady aerodynamics. A modal formulation and a transfer-matrix representation of the control system are employed. Operable in either a batch or an interactive mode, STABCAR can provide graphical or tabular output of the variation of the roots with velocity, density, altitude, dynamic pressure or feedback gains. Herein the mathematical model, program structure, input requirements, output capabilities, and a series of sample cases are detailed. STABCAR was written for use on CDC CYBER 175 equipment; modification would be required for operation on other machines.
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