Advanced Tactical Fighter to F-22 Raptor: Origins of the 21st Century Air Dominance FighterAIAA, 1998 - 328 pages |
Table des matières
INTRODUCTION | 1 |
REFERENCE | 3 |
BACKGROUND THE ADVANCED TACTICAL FIGHTER PRIOR TO MILESTONE ZERO | 5 |
AIRTOSURFACE ADVANCED TACTICAL FIGHTER | 7 |
INTRODUCTION OF AIR SUPERIORITY AS A POTENTIAL ADVANCED TACTICAL FIGHTER MISSION | 17 |
PREPARATION FOR MILESTONE ZERO | 23 |
REQUEST FOR INFORMATION | 30 |
REFERENCES | 34 |
STRUCTURES AND MATERIALS | 186 |
Low OBSERVABLES | 189 |
FLIGHT DEMONSTRATOR AIRCRAFT PROGRAMS RELATED TO ADVANCED TACTICAL FIGHTER | 190 |
SUMMARY | 198 |
REFERENCES | 201 |
ENGINE DEVELOPMENT | 203 |
GROUND DEMONSTRATOR ENGINES | 207 |
FLIGHT DEMONSTRATOR ENGINES | 215 |
PHASE 0 CONCEPT DEFINITION | 37 |
REQUEST FOR INFORMATION RESULTS | 39 |
AIR SUPERIORITY BECOMES PRIMARY ADVANCED TACTICAL FIGHTER MISSION | 45 |
ADVANCED TACTICAL FIGHTER CONCEPT DEVELOPMENT INVESTIGATION | 54 |
TRANSITION TO DEMONSTRATION AND VALIDATION | 69 |
SHIFT TO PROTOTYPING | 83 |
REFERENCES | 98 |
PHASE I DEMONSTRATION AND VALIDATION | 103 |
SYSTEM SPECIFICATION DEVELOPMENT | 104 |
AVIONICS GROUND PROTOTYPES AND FLYING LABORATORIES | 111 |
PROTOTYPE AIR VEHICLES DEVELOPMENT AND FLIGHTTEST | 118 |
ADDITIONAL PROGRAM EVENTS DURING DEMONSTRATION AND VALIDATION | 154 |
TRANSITION TO ENGINEERING AND MANUFACTURING DEVELOPMENT | 159 |
DEMONSTRATION AND VALIDATION SUMMARY | 163 |
REFERENCES | 166 |
RELATED TECHNOLOGY AND SUBSYSTEM DEVELOPMENTS | 169 |
AVIONICS | 171 |
WEAPONS TECHNOLOGY | 183 |
ENGINEERING AND MANUFACTURING DEVELOPMENT ENGINE SELECTION | 226 |
ENGINE ENGINEERING AND MANUFACTURING DEVELOPMENT AND BEYOND | 227 |
OBSERVATIONS ON ENGINE DEVELOPMENT | 229 |
REFERENCES | 232 |
NAVY PARTICIPATION AND THE NAVY ADVANCED TACTICAL FIGHTER | 235 |
SIMILARITIES AND DIFFERENCES | 237 |
ACQUISITION STRATEGY | 238 |
REFERENCES | 239 |
CONCLUSION | 241 |
REQUIREMENTS EVOLUTION | 242 |
EXTERNAL PRESSURES | 246 |
FINAL OBSERVATIONS | 255 |
REFERENCES | 256 |
HAVE BLUE TECHNOLOGY DEMONSTRATOR AND AIRCRAFT SIGNATURE REDUCTION | 259 |
BIBLIOGRAPHY | 291 |
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Expressions et termes fréquents
achieve Acquisition Advanced Fighter Advanced Tactical Fighter Aeronautical Systems air-to-air air-to-surface airframe ATF Dem/Val ATF engine ATF program ATF SPO Aviation Week avionics Boeing capability contractors contracts Defense Dem/Val phase DEMONSTRATION AND VALIDATION Dynamics early effort Electric Electric YF120 electronic evaluation fighter aircraft Fighter Engine fiscal flight Flight Dynamics flight-test flying funding goal INEWS infrared initial inlets Laboratory Lockheed low observables McDonnell Douglas ment Milestone Zero million missile Mission Analysis Navy Northrop nozzle operational overall performance Piccirillo Pratt and Whitney program management proposals propulsion radar cross section reduced requirements sensors Space Technology specific stealth studies supercruise supersonic cruise Tactical Air Tactical Air Command Tactical Fighter ATF takeoff target threat thrust vectoring tion U.S. Air Force USAF VHSIC weapon system Week and Space weight Wright-Patterson AFB
Fréquemment cités
Page vii - Division within the Office of the Assistant Secretary of the Air Force for Acquisition on the F-22 Advanced Tactical Fighter and Fl 19 engine programs and working as a propulsion engineer on various solid rocket motor development programs with Aerojet General and the Naval Air Systems Command.
Page xv - Glasser was assigned as the Deputy Chief of Staff for Research and Development, Headquarters US Air Force.
Page xiv - INEWS Integrated Electronic Warfare System IOC Initial Operational Capability IOT&E Initial Operational Test and Evaluation IPB Industrial Base Program IPDS All Source Imagery Processor IPE Increased Performance Engine IRDC Improved Radar Data Correlator IRSTS Infrared Search and Track System IUS...