Encyclopedia of Aerospace Engineering

Volume 1: AEROSPACE ENGINEERING: GENERAL Part 1: Perspectives on Aerospace Engineering FLUID DYNAMICS AND AEROTHEMODYNAMICS Part 2: Fundamentals of Fluid Flows Part 3: Incompressible Flows and Aerodynamics Part 4: Compressible Flows - Subsonic to Supersonic Part 5: Hypersonics and Rarefied Gas Dynamics Part 6: Heat Transfer and Thermophysics Part 7: Computational Fluid Dynamics Part 8: Experimental Techniques for Fluid Volume 2: PROPULSION AND POWER Part 9: Basic Concepts Part 10: Airbreathing Engines Part 11: Rocket Propulsion Part 12: Alternative Propulsion Volume 3: STRUCTURAL TECHNOLOGY Part 13: Structural Mechanics Part 14: Aeroelasticity and Aeroservoelasticity Part 15: Computational Solid Mechanics and Fluid-Structure Interaction Part 16: Experimental Techniques for Structural Mechanics Part 17: Structural Health Monitoring (SHM) Volume 4: MATERIALS TECHNOLOGY Part 18: Structural Materials Part 19: High Temperature Materials Part 20: Active Materials Part 21: Materials for Space Applications Volume 5: DYNAMICS AND CONTROL Part 22: Flight Mechanics Part 23: Flight Control Part 24: Radar Part 25: Trajectory and Orbital Mechanics Part 26: Attitude Dynamics and Orbital Control of Spacecraft Volume 6: ENVIRONMENTAL IMPACT, MANUFACTURING AND OPERATIONS Part 27: Operational Environment Part 28: Acoustics and Noise Part 29: Emissions and Atmospheric Impact Part 30: Disposal and Waste Mitigation Part 31: Manufacturing, Lean Technologies and Operations Integration Volume 7: VEHICLE DESIGN Part 32: Vehicle Configurations and Performance Part 33: Air Vehicle Design Part 34: Micro Air Vehicles Part 35: Space Vehicles and Travel Part 36: Survivability Volume 8: SYSTEM ENGINEERING Part 37: Project Management Part 38: Avionics System Integration Part 39: Aircraft Sub-Systems Part 40: System Integration Part 41: Propulsion Integration Part 42: Optimization Techniques and Applications Part 43: Safety Engineering and Mission Assurance