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PAPERBACK list:$35.00 Web:$31.50 add to cart Rights & Permissions Free PDF Access Free Resources Sign in to download PDF book and chapters Display this book on your site! Related Titles Decadal Survey of Civil Aeronautics: Foundation for the Future Aeronautics Innovation: NASA's Challenges and Opportunities Other Related Titles Review of NASA's Aerospace Technology Enterprise: An Assessment of NASA's Aeronautics Technology Programs (2004) Aeronautics and Space Engineering Board (ASEB) Web Search Builder Use this book's key terms to search within this book, across our collection, or across the Web. Skim This Chapter Skim this chapter and use this chapter's key terms to search within this book. Reference Finder Paste in your own text to find books that relate to your topic. Page 123   E-mail  Facebook  Digg  Stumble  Twitter More Page 123 Front Matter (R1-R14) Executive Summary (1-4) 1 Top-Level Assessment (5-8) 2 Assessment of the Vehicle Systems Program (9-42) 3 Assessment of the Airspace Systems Program (43-70) 4 Assessment of the Aviation Safety Program (71-104) Appendix A: Committee and Panel Member Biographies (105-115) Appendix B: Statement of Task (116-118) Appendix C: Committee and Panel Activities (119-120) Appendix D: National Research Council Questionnaire (121-122) Appendix E: List of Tasks in NASA's Aeronautics Technology Research Portfolio (123-128) Appendix F: Abbreviations and Acronyms (129-130)

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OCR for page 123
E List of Tasks in NASA's Aeronautics Technology Research Portfolio VEHICLE SYSTEMS PROGRAM Task 1.3.2 Pro tech 1.0 Breakthrough Vehicle Technologies Task 1.3.3 (BVT) Subproject I. ~ Morphing Task 1.1 .1 Task 1.1.2 Task 1.1.3 Task 1.1.4 Micro-Adaptive Control Smart Materials and Systems Adaptive Structural Morphing Biologically Inspired Flight and Control Systems Subproject l.2 Aerospace Systems Concept to Test Task 1.2.1 Task 1.2.2 Task 1.2.3 Task 1.2.4 Task 1.2.5 Task 1.2.6 Physics-Based Flow Modeling Fast, Adaptive Aerospace Tools Uncertainty-Based Methods Abrupt Wing Stall Research Computational Aeroelasticity, Modeling, and Scaling Dynamic Aero Modeling and Prediction Subproject 1.3 Super Lightweight Mu/tifunctional Systems Technologies (St MFSTJ Task 1.3.1 B iomimetic s/Nanotechnology 123 Revolutionary Metallic Materials and Structures Lightweight Multifunctional Structures Subproject 1.4 Advances through Cooperative Efforts Task 1.4.1 Task 1.4.2 Task 1.4.3 Task 1.4.4 Fighter Aircraft Analysis and Simulation Technology Winter Runway Friction Tire Mechanics/Dynamics NASA/DoD Collaborative Activities Subproject 1.5 Aerospace Systems Analysis Project Task 1.5.1 Aviation Assessments Subyroject l.6 Robust Aerospace Systems Task 1.6.1 Task 1.6.2 Task 1.6.3 Task 1.6.4 Task 1.6.5 Task 1.6.6 Electromagnetic Analysis and Design Robust Avionic Architectures Control of Complex Air Vehicles Highly Automated Air Vehicle Operations Sensors for Vehicle Health Management Ageless Structural Systems Technology

OCR for page 124
124 Pro jest 2.0 Quiet Aircraft Technology (OAT) Subproject 2. ~ Aifframe Systems Noise Reduction Task 2.1.1 Airframe Noise Reduction Task 2.1.2 Propulsion Airframe Aeroacoustics Task 2.1.3 Passenger/Crew Environment Subyroject 2.2 Community Noise impact Reduction Task 2.2.1 Impact Modeling Task 2.2.2 System Noise Prediction Task 2.2.3 Low-Noise Flight Procedures Subyroject2.3 Engine Systems Noise Reduction Task 2.3.1 Fan Noise Reduction Task 2.3.2 Jet Noise Reduction Task 2.3.3 Core Noise Reduction Task 2.3.4 Liner Technologies Task 2.3.5 Engine Systems and Advanced Concepts Pro jest 3.0 Twenly-first Century Aircraft Technology (TCAT) Subyroject 3. ~ Technology /ntegration and Assessment aN ASSESSMENT OF NASA 'S AERONAUTICS TECHNOLOGY PROGRAMS Subyroject3.4 Green, Efficient Aircraf[Power Task 3.4.1 Hydrocarbon Fuels Processing and Fuel Characterization Task 3.4.2 Power Management and Distribution Test Bed Task 3.4.3 Configuration and Performance Evaluation Pro ject 4.0 Advanced Vehicle Concepts (AVC) Subproject 4. ~ Revo/utionary Aifframe Concepts Research Task 4.1.1 Blended Wing Body Task 4.1.2 Aeronautical Vehicle Technologies Demonstrator Task 4.1.3 Personal Air Vehicles Task 4.1.4 Active Vibration Suppression Task 4.1.5 Vehicle Concept Teams Subproject 4.2 Revo/utionary Aircraft Flight Va/idation Task 4.2.1 Intelligent Flight Control System: C-17 Task 4.2.2 Intelligent Flight Control System: NF-15 Subyroject4.3 Hyper-X Task 3.1.1 Technology Benefits Assessments Task 4.3.1 Flight 2/Return to Flight Subproject 3 2 Efficient Aerodynamic Shapes and /ntegration Task 3.2.1 High-Speed Slotted Wing Task 3.2.2 Simplified High-Lift System Task 3.2.3 Ground-to-Flight Scaling Task 3.2.4 Turbulence Modeling Subproject 3.3 /ntegrated Tailored Structures Task 3.3.1 Tailored Structures Task 3.3.2 Tailored Materials/Processing Technology Task 3.3.3 Design Technology for Tailored Structures Task 3.3.4 Residual Strength/Damage Tolerance Task 5.3.1 Pro jest 5.0 Flight Research Subyroject 5. ~ Flight Research Productivity Task 5.1.1 Flight Research Productivity Subyroject 5.2 Advanced Systems Concepts Task 5.2.1 Active Aeroelastic Wing Task 5.2.2 Autonomous Aerial Refilling Subproject 5.3 /ntegrated Transport and Testbed Experiment F- 15B Space Flight Experiments

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APPENDIX E Subyroject 5.4 Western Aeronautica/ Test Range Task 5.4.1 Dryden Center Operation Subproject 5.5 Environmenta/ Research Aircraft and Sensor Technology Task 5.5.1 Hellos Task 5.5.2 Altair Task 5.5.3 Subsystems/National Air Space Operations Project 6.0 Ultra-Efficient Engine Technology Subproject 6. ~ Propulsion Systems /ntegrafion and Assessment Task 6.1.1 Task 6.1.2 Task 6.1.3 Task 6.1.4 Task 6.1.5 Systems Evaluation Environmental Assessment/ Atmospheric Modeling Environmental Assessment/FAA- EPA Collaboration Environmental Assessment/ Emissions Characterization Environmental AssessmentlTurbine Modeling and Studies Task 6.1.6 Environmental Assessmentl Particulate Measurements and Studies Task 6.1.7 Environmental AssessmentlPlume- Wake Studies Task 6.1.8 Environmental Assessment/Engine Tests Task 6.1.9 High Fidelity Systems Simulations Task 6.1.10 GE High-Fidelity System Simulation Task Order Subproject6.2 Emissions Reduction Task 6.2.1 Subsonic Large Engine NOX Reduction Task 6.2.2 GE Evandale Subsonic Research Contract Task 6.2.3 P&W Subsonic Research Contract Task 6.2.4 GE Testing in NASA Facilities Task 6.2.5 P&W Testing in NASA Facilities Task 6.2.6 Subsonic Large-Engine NOX Reduction Task 6.2.7 Honeywell Subsonic Research Contract 125 Task 6.2.10 Task 6.2.14 Task 6.2.15 Task 6.2.16 Task 6.2.8 Rolls Royce Subsonic Research Contract Task 6.2.9 Honeywell Testing in NASA Facilities Rolls-Royce Testing in NASA Facilities Task 6.2.11 NASA Combustion Facility General Maintenance Task 6.2.12 In-house Diagnostics Task 6.2.13 Quantitative Raman Diagnostics at High Pressure Benchmark Test with Liquid Spray Injector Combustor Code Large Eddy Simulation of a Gas- Turbine Model Combustor Task 6.2.17 Lean Direct-Injection Low NOX Combustor Concepts Task 6.2.18 Concepts for Advanced Gas Turbine Combustors Subproject 6.3 Highly Loaded Turbomachine~y Task 6.3.1 Task 6.3.2 Task 6.3.3 Task 6.3.4 Task 6.3.5 Task 6.3.6 Task 6.3.7 Fan Trailing Edge Ejection Multistage Compressor HP/LP Turbine System Heat Transfer Modeling Unsteady Modeling Average Passage Modeling Dual Spool Turbine Facility Subyroject 6.4 Materials and Structures for High Performance Task 6.4.1 Task 6.4.3 Task 6.4.4 Task 6.4.5 Materials and Structures Turbine Airfoil System Task 6.4.2 Ceramic Matrix Composite Components Computational Materials Science 3000°F Ceramic Matrix Composite System Ultra-High-Temperature Ceramics Subproject6.5 Propu/sion-Aifframe /ntegration Task 6.5.1 Task 6.5.2 Task 6.5.3 Active Flow Control Active Shape Control Advanced Configurations

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126 Subyroject 6.6 Integrated Component Technology Task 6.6.1 System Studies and Demonstration Plans Task 6.6.2 2200°F Ceramic Matrix Composite Liner Demonstration Task 6.6.3 Aspirating Seal Demonstration Task 6.6.4 Mechanical Components Task 6.6.5 Nozzle/Inlet Components for High Speed Flight Subproject 6.7 /nte//igent Propu/sion Controls Task 6.7.1 Rotating Machinery Clearance Management Task 6.7.2 High-Temperature Wireless Data Communication Technology Pro tech 7.0 Propulsion and Power Subproject 7. ~ Revo/utionary Aeropropulsion Concepts Task 7.1.4 Task 7.1.5 Task 7.1.6 Task 7. 1.7 Task 7.1.8 Task 7.1.9 Task 7.1.1 Constitutive Behavior Free Detection Schemes for Real-Time Condition Monitoring of Aero Propulsion Structures Leading to Minimum Safe Life Cycle Cost Task 7.1.2 Hot/Smart Materials for Aeropropulsion Task 7.1.3 Morphing Structures for Self- adaptive Aeropropulsion SOFC Stack Materials Development Miniature Autonomous Sensors and Actuators for Smart Propulsion Systems Advanced Tools for Revolutionary Architecture Design Space High Power Motor Control Inverter for Aeropropulsion Next Generation Fuel Cells High Power Density Electric Motors for Non-Polluting Aircraft Propulsion Task 7.1.10 High Efficiency Carbon Nanotube Thermionic Power Supplies Task 7.1.1 1 Nanotechnology Derived Materials Task 7.1.12 NanoStar-Sonoluminescence Task 7.1.13 Interstage Turbine Burner AN ASSESSMENT OF NASA 'S AERONA UTICS TECHNOLOGY PROGRAMS Task 7.1.14 Task 7.1.15 Task 7.1.16 Task 7.1.17 Task 7.1.18 Task 7.1.19 Levitated Ducted Fan Composite Rotor Gelled Cryogenic Fuels Distributed Propulsion Advanced Micromachining Technology for SiC Microengines Small Engine Health Monitoring Revolutionary Aeropropulsion Concepts NRA and Grants Task 7.1.20 3D Turbo Machinery Analysis Tools Subproject 7.2 Propu/sion Fundamenta/s Research Task 7.2.1 Task 7.2.2 Task 7.2.3 Task 7.2.4 Task 7.2.5 Future Propulsion Systems Research Nanotechnology Supersonic Propulsion Fundamental Noise Research Facility Investments Subyroject 7.3 Aeropropulsion and Power University Research and Engineering Techno/ogy institute (URET/) Task 7.3.1 Systems Analysis and Technical Integration Task 7.3.2 Enabling Technologies Task 7.3.3 Intelligent Engine Systems Task 7.3.4 High-Performance Components Task 7.3.5 Advanced Power Technology Task 7.3.6 Education Program Subproject 7.4 Smart Efficient Components Task 7.4.1 Aspirating Flow Control Task 7.4.2 Compressor Flow Control Task 7.4.3 Intelligent Flutter Control Task 7.4.4 Turbine Technologies Task 7.4.5 Combustor Technologies Task 7.4.6 Magnetic Bearing Development Task 7.4.7 Aeroelastic/Structural Dynamics Task 7.4.S Seals Development Task 7.4.9 Active Combustion Control Task 7.4.10 Sensor Development Subproject 7.5 Oi/-Free Turbine Engine Techno/ogy Task 7.5.1 Foil Bearing Development/Testing/ Analysis

OCR for page 127
APPENDIX E 127 Subyroject7.6 Higher Operating Temperature Task DAG-TM Air Traffic Management Propulsion Components Task DAG-TMFligh~Deck end Cockpit Display of Traffic Information Task 7.6.1 Ceramics Task 7.6.2 Polymers Task7.6.3 Metallics Task Advanced Communications forAir Task 7.6.4 Instrumentation Traffic Management Pro ject Small Aircraft Transportation System Subproject 7.7 U/tra-Safe Propulsion (SATS) Task 7.7.1 Engine Containment and Blade-Out Mitigation Task 7.7.2 Crack-Resistant Materials Subyroject 7.S Pulse Detonation Engine Techno/ogy Task 7.8.1 Cycle Analysis Task 7.8.2 Materials and Structures Task 7.8.3 Instrumentation and Control Task 7.8.4 Combustion/PDE Test Bed Task 7.8.5 Inlets Task 7.~.6 Nozzles Task 7.~.7 Combined Cycles/Ejectors Task 7.~.8 Hybrids Task 7.8.9 Acoustics AIRSPACE SYSTEMS PROGRAM Pro ject Advanced Air Transportation Technologies (AATT) Subyroject Termina//Sufface Task Task Task Subyroject En Route Multi-Center Traffic Management Advisor (McTMA) Expedite Departure Path Surface Management System Task Task Task Systems Techno/ogy Deve/opment Flight /nfrastructure and Operations Transportation Systems Analysis and Assessment Pro ject Virtual Airspace Modeling and Simulation (YAMS) Subyroject Systems Leve/ /ntegrated Concepts Task Task Task Task Task Task Task Task Advanced Airspace Concept Automated Airport Surface Traffic Control Centralized Terminal Operation Control Massive Point-to-Point and On- Demand Air Transportation System Surface Operation Automation Research System Level Capacity Increasing Concept Research Systemwide Optimization of the National Airspace System Terminal Area Capacity Enhancement Concept Subproject Virtua/Airspace Simu/ation Technologies Task Communications, Navigation and Task En Route Descent Advisor Surveillance Task Regional Metering Task Non-Real-Time Modeling Task Traffic Flow Management Task Real-Time Modeling Task Direct-to-Controller Tool Task System Eva/uation and Assessment Subyroject Distributed A/r-Ground Traffic Management Task WakeVortexAwidanceSystem Task DAG-TM Airborne Pro feet Airspace Operations Systems (AOS)

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128 AN ASSESSMENT OF NASA 'S AERONA UTICS TECHNOLOGY PROGRAMS Subyroject Human Automationintegration Subproject Accident Mitigation Research Task Fire Prevention Task Prototyping for Evaluation of Automation: Data Link Human Subproject Synthetic Vision Systems Factors Task Human Automation Theory (Degani) Task Commercial and Business Aircraft Task Human Automation Theory (Meyer) Task General Aviation Task State Awareness end prediction Task Enabling Technologies Task Supervisory Control Task System Design and Analysis/Design Pro feet Weather Safely Technology of Displays and Procedures Subproject Aircraft Icing Subproject Psycho/ogica/ and Physio/ogica/ Task Design and Analysts Tools Stressors and Factors Task Aircraft Ice Protection Task Perceptual Models end Metrics Task Education and Training Task Cognitive Models and Metrics Task Physiological Factors Subyroject WeatherAccident Prevention Task Aviation Weather Information Subproject Human Error Countermeasures Task Weather Information Task Fatigue Countermeasures Communications Task Managing Risk and Uncertainty in Task Turbulence Prediction and Warning Team Decision Making Systems AVIATION SAFETY PROGRAM Project System Safety Technology Pro ject Technical lotegration Subyroject System wide Accident Prevention Task Human Performance Models Project Vehicle Safety Technology Task Maintenance Human Factors Task Crew Train ng Subyroject Single AircraffAccident Prevention Task Program Human Factors Task Vehicle Health Management and Flight: Critical System Design Subproject Aviation System Monitoring and Task Propulsion System Safel:y Modeling Technologies Task ControlUpset Prevention and Task Data Analysis ToolDevelopment Recovery Task Extramural Monitoring Task Modeling and Simulation Task Intramural Monitoring

Representative terms from entire chapter:

task task