| Document Type
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BL
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| Record Number
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849693
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| Main Entry
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Wiesel, William E.
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| Title & Author
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Spaceflight dynamics /\ William E. Wiesel.
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| Edition Statement
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3rd ed.
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| Publication Statement
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Beavercreek, Ohio :: Aphelion Press,, 2010.
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| Page. NO
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viii, 356 pages :: illustrations ;; 23 cm
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| ISBN
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1452879591
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: 9781452879598
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| Bibliographies/Indexes
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Includes bibliographical references and index.
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| Contents
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Machine generated contents note: 1.Particle Dynamics -- 1.1.Introduction -- 1.2.Newton's Laws -- 1.3.The Velocity -- 1.4.Coordinates and Rotations -- 1.5.The Acceleration -- 1.6.The Spherical Pendulum -- 1.7.The Local Horizon Frame -- 1.8.Baseball on a Space Colony -- 1.9.Energy for One Particle -- 1.10.Angular Momentum -- 1.11.Systems of Particles -- 1.12.Energy for Systems of Particles -- 1.13.Angular Momentum for Systems of Particles -- 1.14.The N-Body Problem -- 1.15.References and Further Reading -- 1.16.Problems -- 2.The Two Body Problem -- 2.1.Introduction -- 2.2.The Two Body Problem -- 2.3.Energy and Angular Momentum -- 2.4.The Orbit Equation -- 2.5.Conic Section Geometry -- 2.6.Kepler's Equation -- 2.7.The Classical Orbital Elements -- 2.8.Position and Velocity -- 2.9.Orbit Determination and Satellite Tracking -- 2.10.References and Further Reading -- 2.11.Problems -- 3.Earth Satellite Operations -- 3.1.Introduction -- 3.2.The Hohmann Transfer
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Note continued: 11.4.Departure and Arrival -- 11.5.Planetary Flyby -- 11.6.Optimal Planetary Capture -- 11.7.References and Further Reading -- 11.8.Problems.
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Note continued: 3.3.Inclination Change Maneuvers -- 3.4.Launch to Rendezvous -- 3.5.Relative Motion and Rendezvous -- 3.6.Decay Lifetime -- 3.7.Earth Oblateness Effects -- 3.8.Low Thrust Orbit Transfer -- 3.9.References and Further Reading -- 3.10.Problems -- 4.Rigid Body Dynamics -- 4.1.Introduction -- 4.2.The Choice of Origin -- 4.3.Angular Momentum and Energy -- 4.4.The Principal Body Axis Frame -- 4.5.The Parallel Axis Theorem -- 4.6.Euler's Equations -- 4.7.Orientation Angles -- 4.8.The Simple Top -- 4.9.A Dual-Spin Satellite -- 4.10.References and Further Reading -- 4.11.Problems -- 5.Satellite Attitude Dynamics -- 5.1.Introduction -- 5.2.The Torque-Free Axisymmetric Rigid Body -- 5.3.The General Torque-Free Rigid Body -- 5.4.The Semirigid Spacecraft -- 5.5.Attitude Control: Spinning Spacecraft -- 5.6.Attitude Control: Nonspinning Spacecraft -- 5.7.The Yo-Yo Mechanism -- 5.8.The Gravity Gradient Satellite -- 5.9.The Dual-Spin Spacecraft
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Note continued: 5.10.Attitude Determination -- 5.11.References and Further Reading -- 5.12.Problems -- 6.Gyroscopic Instruments -- 6.1.Introduction -- 6.2.The Fully Gimballed Gyroscope -- 6.3.The Rate Gyroscope -- 6.4.The Integrating Gyroscope -- 6.5.The Laser Gyroscope -- 6.6.The Single-Axis Stable Platform -- 6.7.The Mechanical Stable Platform -- 6.8.Solid State Platforms -- 6.9.Inertial Navigation -- 6.10.The Stability of Inertial Navigation -- 6.11.References and Further Reading -- 6.12.Problems -- 7.Rocket Performance -- 7.1.Introduction -- 7.2.The Rocket Equation -- 7.3.Propulsion Technology -- 7.4.The Multistage Rocket -- 7.5.Two Multistage Rockets -- 7.6.Tradeoff Ratios -- 7.7.Reusable Launch Vehicles -- 7.8.The Optimal Multistage Rocket -- 7.9.The Sounding Rocket -- 7.10.Gravity Turn Trajectories -- 7.11.The Aerospace Plane -- 7.12.The Relativistic Rocket -- 7.13.References and Further Reading -- 7.14.Problems -- 8.Reentry Dynamics -- 8.1.Introduction
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Note continued: 8.2.Steep Ballistic Reentry -- 8.3.Ballistic Orbital Reentry -- 8.4.Skip Reentry -- 8.5."Double -- Dip" Reentry -- 8.6.Aerobraking -- 8.7.Lifting Body Reentry -- 8.8.References and Further Reading -- 8.9.Problems -- 9.The Space Environment -- 9.1.Introduction -- 9.2.The Atmosphere -- 9.3.Light and Spacecraft Temperature -- 9.4.Charged Particle Motion -- 9.5.Magnetic Mirrors -- 9.6.The Van Allen Belts -- 9.7.Radiation Effects -- 9.8.Meteors, Meteorites, and Impact -- 9.9.Our Local Neighborhood -- 9.10.References and Further Reading -- 10.The Restricted Three Body Problem -- 10.1.Introduction -- 10.2.Equations of Motion -- 10.3.The Lagrangian Points -- 10.4.Stability of the Lagrangian Points -- 10.5.Jacobi's Integral -- 10.6.Accessible Regions -- 10.7.An Unsolvable Problem -- 10.8.References and Further Reading -- 10.9.Problems -- 11.Interplanetary Trajectories -- 11.1.Introduction -- 11.2.The Sphere of Activity -- 11.3.Launch Windows and Mission Duration
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| Subject
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Astrodynamics.
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| Subject
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Astrodynamics.
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| Dewey Classification
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629.411
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| LC Classification
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TL1050.W54 2010
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