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Preface | |
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Series Preface | |
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Acknowledgments | |
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Symbols and Acronyms | |
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Aircraft Design Fundamentals | |
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Introduction to Design | |
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Engineering Design | |
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Design Project Planning | |
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Decision Making | |
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Feasibility Analysis | |
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Tort of Negligence | |
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References | |
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Systems Engineering Approach | |
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Introduction | |
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Fundamentals of Systems Engineering | |
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Conceptual System Design | |
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Definition | |
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Conceptual Design Flowchart | |
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Technical Performance Measures | |
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Functional Analysis | |
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System Trade-Off Analysis | |
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Conceptual Design Review | |
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Preliminary System Design | |
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Detail System Design | |
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Design Requirements | |
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Design Review, Evaluation, and Feedback | |
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Systems Engineering Approach in Aircraft Design | |
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Implementation of Systems Engineering | |
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Design Phases | |
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Design Flowchart | |
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Design Groups | |
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Design Steps | |
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References | |
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Aircraft Conceptual Design | |
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Introduction | |
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Primary Functions of Aircraft Components | |
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Aircraft Configuration Alternatives | |
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Wing Configuration | |
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Tail Configuration | |
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Propulsion System Configuration | |
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Landing Gear Configuration | |
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Fuselage Configuration | |
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Manufacturing-Related Items Configuration | |
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Subsystems Configuration | |
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Aircraft Classification and Design Constraints | |
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Configuration Selection Process and Trade-Off Analysis | |
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Conceptual Design Optimization | |
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Mathematical Tools | |
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Methodology | |
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Problems | |
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References | |
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Preliminary Design | |
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Introduction | |
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Maximum Take-Off Weight Estimation | |
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The General Technique | |
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Weight Build-up | |
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Payload Weight | |
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Crew Weight | |
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Fuel Weight | |
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Empty Weight | |
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Practical Steps of the Technique | |
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Wing Area and Engine Sizing | |
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Summary of the Technique | |
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Stall Speed | |
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Maximum Speed | |
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Take-Off Run | |
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Rate of Climb | |
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Ceiling | |
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Design Examples | |
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Problems | |
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References | |
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Wing Design | |
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Introduction | |
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Number of Wings | |
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Wing Vertical Location | |
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High Wing | |
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Low Wing | |
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Mid-Wing | |
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Parasol Wing | |
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The Selection Process | |
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Airfoil Section | |
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Airfoil Design or Airfoil Selection | |
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General Features of an Airfoil | |
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Characteristic Graphs of an Airfoil | |
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Airfoil Selection Criteria | |
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NACA Airfoils | |
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Practical Steps for Wing Airfoil Section Selection | |
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Wing Incidence | |
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Aspect Ratio | |
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Taper Ratio | |
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The Significance of Lift and Load Distributions | |
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Sweep Angle | |
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Twist Angle | |
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Dihedral Angle | |
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High-Lift Device | |
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The Functions of a High-Lift Device | |
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High-Lift Device Classification | |
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Design Technique | |
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Aileron | |
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Lifting-Line Theory | |
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Accessories | |
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Stroke | |
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Fence | |
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Vortex Generator | |
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Winglet | |
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Wing Design Steps | |
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Wing Design Example | |
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Problems | |
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References | |
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Tail Design | |
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Introduction | |
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Aircraft Trim Requirements | |
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Longitudinal Trim | |
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Directional and Lateral Trim | |
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A Review on Stability and Control | |
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Stability | |
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Control | |
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Handling Qualities | |
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Tail Configuration | |
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Basic Tail Configuration | |
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Aft Tail Configuration | |
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Canard or Aft Tail | |
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Optimum Tail Arm | |
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Horizontal Tail Parameters | |
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Horizontal Tail Design Fundamental Governing Equation | |
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Fixed, All-Moving, or Adjustable | |
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Airfoil Section | |
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Tail Incidence | |
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Aspect Ratio | |
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Taper Ratio | |
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Sweep Angle | |
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Dihedral Angle | |
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Tail Vertical Location | |
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Other Tail Geometries | |
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Control Provision | |
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Final Check | |
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Vertical Tail Design | |
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Vertical Tail Design Requirements | |
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Vertical Tail Parameters | |
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Practical Design Steps | |
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Tail Design Example | |
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Problems | |
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References | |
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Fuselage Design | |
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Introduction | |
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Functional Analysis and Design Flowchart | |
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Fuselage Configuration Design and Internal Arrangement | |
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Ergonomics | |
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Definitions | |
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Human Dimensions and Limits | |
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Cockpit Design | |
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Number of Pilots and Crew Members | |
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Pilot/Crew Mission | |
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Pilot/Crew Comfort/Hardship Level | |
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Pilot Personal Equipment | |
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Control Equipment | |
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Measurement Equipment | |
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Level of Automation | |
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External Constraints | |
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Cockpit Integration | |
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Passenger Cabin Design | |
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Cargo Section Design | |
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Optimum Length-to-Diameter Ratio | |
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Optimum Slenderness Ratio for Lowest f<sub>LD</sub> | |
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Optimum Slenderness Ratio for Lowest Fuselage Wetted Area | |
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Optimum Slenderness Ratio for the Lightest Fuselage | |
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Other Fuselage Internal Segments | |
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Fuel Tanks | |
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Radar Dish | |
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Wing Box | |
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Power Transmission Systems | |
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Lofting | |
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Aerodynamics Considerations | |
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Area Ruling | |
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Radar Detectability | |
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Fuselage Rear Section | |
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Fuselage Design Steps | |
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Design Example | |
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Problems | |
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References | |
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Propulsion System Design | |
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Introduction | |
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Functional Analysis and Design Requirements | |
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Engine Type Selection | |
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Aircraft Engine Classification | |
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Selection of Engine Type | |
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Number of Engines | |
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Flight Safety | |
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Other Influential Parameters | |
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Engine Location | |
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Design Requirements | |
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General Guidelines | |
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Podded versus Buried | |
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Pusher versus Tractor | |
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Twin-Jet Engine: Under-Wing versus Rear Fuselage | |
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Engine Installation | |
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Prop-Driven Engine | |
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Jet Engine | |
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Propeller Sizing | |
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Engine Performance | |
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Prop-Driven Engine | |
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Jet Engine | |
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Engine Selection | |
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Propulsion System Design Steps | |
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Design Example | |
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Problems | |
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References | |
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Landing Gear Design | |
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Introduction | |
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Functional Analysis and Design Requirements | |
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Landing Gear Configuration | |
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Single Main | |
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Bicycle | |
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Tail-Gear | |
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Tricycle | |
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Quadricycle | |
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Multi-Bogey | |
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Releasable Rail | |
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Skid | |
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Seaplane Landing Device | |
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Human Leg | |
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Landing Gear Configuration Selection Process | |
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Landing Gear Attachment | |
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Fixed, Retractable, or Separable Landing Gear | |
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Landing Gear Geometry | |
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Landing Gear Height | |
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Wheel Base | |
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Wheel Track | |
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Landing Gear and Aircraft Center of Gravity | |
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Tipback and Tipforward Angle Requirements | |
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Take-Off Rotation Requirement | |
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Landing Gear Mechanical Subsystems/Parameters | |
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Tire Sizing | |
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Shock Absorber | |
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Strut Sizing | |
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Steering Subsystem | |
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Landing Gear Retraction System | |
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Landing Gear Design Steps | |
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Landing Gear Design Example | |
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Problems | |
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References | |
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Weight of Components | |
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Introduction | |
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Sensitivity of Weight Calculation | |
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Aircraft Major Components | |
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Weight Calculation Technique | |
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Wine Weight | |
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Horizontal Tail Weight | |
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Vertical Tail Weight | |
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Fuselage Weight | |
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Landing Gear Weight | |
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Installed Engine Weight | |
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Fuel System Weight | |
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Weight of Other Equipment and Subsystems | |
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Chapter Examples | |
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Problems | |
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References | |
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Aircraft Weight Distribution | |
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Introduction | |
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Aircraft Center of Gravity Calculation | |
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Center of Gravity Range | |
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Fixed or Variable Center of Gravity | |
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Center of Gravity Range Definition | |
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Ideal Center of Gravity Location | |
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Longitudinal Center of Gravity Location | |
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Technique to Determine the Aircraft Forward and Aft Center of Gravity | |
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Weight Distribution Technique | |
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Fundamentals of Weight Distribution | |
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Longitudinal Stability Requirements | |
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Longitudinal Controllability Requirements | |
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Longitudinal Handling Quality Requirements | |
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Aircraft Mass Moment of Inertia | |
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Chapter Example | |
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Problems | |
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References | |
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Design of Control Surfaces | |
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Introduction | |
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Configuration Selection of Control Surfaces | |
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Handling Qualities | |
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Definitions | |
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Longitudinal Handling Qualities | |
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Lateral-Directional Handling Qualities | |
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Aileron Design | |
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Introduction | |
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Principles of Aileron Design | |
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Aileron Design Constraints | |
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Steps in Aileron Design | |
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Elevator Design | |
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Introduction | |
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Principles of Elevator Design | |
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Take-Off Rotation Requirement | |
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Longitudinal Trim Requirement | |
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Elevator Design Procedure | |
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Rudder Design | |
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Introduction to Rudder Design | |
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Fundamentals of Rudder Design | |
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Rudder Design Steps | |
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Aerodynamic Balance and Mass Balance | |
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Aerodynamic Balance | |
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Mass Balance | |
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Chapter Examples | |
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Aileron Design Example | |
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Elevator Design Example | |
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Rudder Design Example | |
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Problems | |
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References | |
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Appendices | |
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Standard Atmosphere, SI Units | |
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Standard Atmosphere, British Units | |
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Index | |