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Low-Altitude Wind Shear and Its Hazard to Aviation

Low-Altitude Wind Shear and Its Hazard to Aviation

  • Éditeur: National Academies Press
  • ISBN: 9780309034326
  • eISBN Pdf: 9780309563956
  • Lieu de publication:  United States
  • Année de publication électronique: 1983
  • Mois : Janvier
  • Pages: 124
  • Langue: Anglais
  • Low-Altitude Wind Shear and Its Hazard to Aviation
  • Copyright
  • Contents
  • Preface
  • Executive Summary
    • Near-Term Actions
      • Information and Education
        • Low-Level Wind Shear Alert System
        • Pilot Training
      • Medium-Term Actions
        • Airborne Alert of Wind-Shear Encounters
      • Long-Term Actions
        • Terminal Doppler Radar
        • Airborne Remote Detectors
      • Time Phasing
      • Research Needs
        • Meteorology
        • Aircraft Performance and Operations
    • RECOMMENDATIONS
      • General
      • Detection and Prediction
      • Aircraft Performance and Operations
      • Research
  • 1 Introduction
    • INCIDENT/ACCIDENT RECORDS
    • FAA WIND-SHEAR PROGRAM ACTIVITIES
  • 2 Low-Altitude Wind Shear
    • THE NATURE OF LOW-ALTITUDE WIND SHEAR
      • Convective Outflows
      • Gust Fronts
      • Gravity and/or Solitary Waves
      • Sea-Breeze Fronts
      • Air-Mass Fronts
      • Terrain-Induced Wind Shear
      • Mountain Waves
      • Low-Level Jet Streams
      • Tornadoes
    • GROUND-BASED SENSING OF LOW-ALTITUDE WIND SHEAR
      • Low-Level Wind Shear Alert System
      • Pressure Sensors
      • Ground-Based Microwave Radar
      • Microwave Doppler Radar
      • Next Generation Radar (NEXRAD)
      • A Terminal Radar for Wind-Shear Detection
      • Remote Sensing by Means of FM-CW Radar
      • Longer-Wavelength Profiling Radar
      • Doppler Lidar
      • Acoustic Sounding
    • AIRBORNE REMOTE SENSING OF WIND SHEAR
      • Microwave Doppler Radar
      • Doppler Lidar
      • Passive Infrared Radiometry
    • INTERPRETATION AND COMMUNICATION TO AIR TRAFFIC CONTROLLERS AND PILOTS
    • WIND-SHEAR PREDICTION
    • NATIONAL WEATHER SERVICE INTERACTION WITH THE FEDERAL AVIATION ADMINISTRATION
      • Dissemination of Weather Advisories
  • 3 Aircraft Performance and Operations
    • WIND-SHEAR WARNINGS
    • COCKPIT PROCEDURES AND TRAINING
      • FAA Regulations
      • Operating Procedures
        • AVOIDING IMMINENT GROUND CONTACT
      • Training Programs
      • Wind-Shear Modeling for Training Simulators
    • PERFORMANCE IN WIND SHEAR
      • Airplane Response to Wind Shear
      • Takeoff in Wind Shears
      • Altitude Loss in Wind Shear on Landing Approach
      • General Aviation Aircraft
    • GUIDANCE AND CONTROL AIDS
      • Airborne Warning Systems
      • Manual and Automatic Control Systems
  • 4 Conclusions
  • 5 Recommendations
    • GENERAL
    • DETECTION AND PREDICTION
    • AIRCRAFT PERFORMANCE AND OPERATIONS
    • RESEARCH
  • Appendix A Wind-Shear PIREPs
  • Appendix B Example of a Modern Wind-Shear Penetration System
    • APPROACH AND LANDING
    • GO-AROUND
    • TAKEOFF
    • DISPLAYS DRIVEN FROM THE FCC AND TMC
  • Appendix C References and Bibliography
  • Appendix D Glossary of Acronyms and Abbreviations Used in the Text

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