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Volumn 12, Issue 7, 2008, Pages 567-572
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Research on integrated optimization design of hypersonic cruise vehicle
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Author keywords
Airframe scramjet integration; Hypersonic cruise vehicle; Integrated optimization design; Multi objective genetic algorithms; Pareto front side
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Indexed keywords
AERODYNAMICS;
AIR;
DYNAMICS;
GAS DYNAMICS;
GENETIC ALGORITHMS;
HYPERSONIC AERODYNAMICS;
MANEUVERABILITY;
PARETO PRINCIPLE;
PHASE STABILITY;
RADAR CROSS SECTION;
SIGNAL PROCESSING;
SOLUTIONS;
TIME VARYING SYSTEMS;
VEHICLES;
AEROHEATING;
AIR-BREATHING;
AIRFRAME/SCRAMJET INTEGRATION;
COMPARISON RESULTS;
CRUISE PHASE;
DESIGN VARIABLES;
HYPERSONIC CRUISE VEHICLE;
INTEGRATED OPTIMIZATION DESIGN;
MULTI-OBJECTIVE GENETIC ALGORITHMS;
OPTIMIZATION ALGORITHMS;
OPTIMIZATION DESIGNS;
OPTIMIZATION PROCESSES;
PARETO FRONT SIDE;
PARETO FRONTS;
PARETO SOLUTIONS;
SHAPE PARAMETERS;
STATIC STABILITY;
WAVE RIDERS;
WIND-TUNNEL TESTING;
OPTIMIZATION;
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EID: 51849102540
PISSN: 12709638
EISSN: None
Source Type: Journal
DOI: 10.1016/j.ast.2008.01.008 Document Type: Article |
Times cited : (27)
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References (10)
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