Seventh International Aerospace Congress IAC'12
Dedicated to the 55th Anniversary of the launch of the First Artificial Satellite of the Earth
Section 4. FLIGHT DYNAMICS AND MODELING
TYPICAL MOTIONS OF A FINNED BODY IN RESISTANT MEDIUM
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DESIGN EXPERTISE AND EVOLUTION OF INFORMATION DISPLAY SYSTEMSAND TRAINING SYSTEMS FOR MANNED SPACECRAFT |
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SIMULATION OF AIRCRAFT UPSET RECOVERY ON RESEARCH AND TRAINING FLIGHT SIMULATORS
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Is not presented in English
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MODELING AND ESTIMATION OF THE PHOBOS-GRUNT PARAMETERS OF MOTION AND RE-ENTRY
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IMPROVED METHODS FOR THE METEOR OBSERVATIONS INTERPRETATION AND THEIR APPLICATIONS
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MODELLING OF PARAMETERS OF THE ATMOSPHERE IN AREAS OF START OF LAUNCH VEHICLES
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METHODOLOGY OF A.M.LYAPUNOV STABILITY THEORY IN PROBLEM OF THE MOTIONS SEPARATION FOR SGS
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THEORETICAL STUDY AND MODELLING OF THE SAFE TURN MANOEUVRES OF AGRICULTURAL AIRCRAFT
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THE METHODIC OF CORRECTION OF THE MATHEMATICAL MODEL OF THE CARRIER-BASED AIRCRAFT AT REGIMES OF TAKEOFF AND LANDING
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POWER ENGINE THRUST AND AERODYNAMIC DRAG EVALUATION USING FLIGHT TEST |
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OPTIMAL CONTROL SYNTHESIS FOR DYNAMIC SYSTEMS, ADAPTIVE TO MEASURED DISTURBANCES
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MATHEMATICAL MODELS OF AIRBORNE SPEED AND ANGLE OF ATTACK MEASUREMENT ERROR FOR AIRCRAFT LANDING MODE |
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THE IDENTIFICATION OF ATTITUDE CONTROL SYSTEM OF MULTIMODULAR ORBITAL SPACECRAFT UNDER MEASUREMENTS OF ANGULAR MOTION USING THE METHOD OF TRAINED MODELS
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AIR VEHICLE NAVIGATION ON EARTH GEOPHYSICAL FIELD
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RESEARCH SEMINATURAL SIMULATOR FOR PILOTING TASKS AND FLIGHT DATA PROCESSING ANALYSIS
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A PROTOTYPE OF ROBOTICS SMALL-SCALE HELICOPTER
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OPTIMIZATION OF THE EQUATIONS OF THE MOTION ROTATING BODIES
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ABOUT EVALUATION OF THE CONTROL MODES’ EFFICIENCY OF SPACECRAFTS
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Is not presented in English
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ASTER Program Package for the Through Trajectory Optimization based on the Pontryagin maximum principle
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COMPLEX STRENGTH ANALYSIS OF CARRIER ROCKET BODY ON THE BASIS OF MULTILEVEL PARAMETRICAL FEM MODELS
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PROBLEMS RELATING TO CALCULATION OF DROP ZONES FOR LV SEPARATED PARTS
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OPERATED RELATIVE MOVEMENTS ORBITAL ROPING SYSTEMS ON THE BASIS OF THE QUALITATIVE THEORY OF DYNAMIC SYSTEMS
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INCREASE IN RANGE OF FLIGHT OF THE FLYING MACHINE BY MEANS OF ROPING SYSTEMS IN THE MODE ROTATIONS ROUND THE CENTER OF WEIGHTS
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MODELING OF THE ATMOSPHERE PARAMETERS AT START-UP LAUNCH VEHICLES
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LONG-TERM MAINTAINANCE OF REQUIRED POINTING OF SPINNING SPACECRAFT WITH CONTROL JETS
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RE-ENTRY GUIDANCE OF SPACECRAFT WITH SMALL AERODYNAMIC LIFT-TO-DRAG RATIO
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Abstracts should
reach the Organizing Committee by May 15, 2012.
NEW Extended: June 1, 2012
Correspondence
Professor Mark Liberzon
IAC’12
Petrovka Str., 30/7, Bld. 1, off. 7, Moscow, 127006, Russia
Tel.: +7 (495) 694-2727
Fax: +7 (495) 650-6010
E-mail:
elena@fund.ru
www.fund.ru