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Titlebook: Satellite Dynamics and Space Missions; Giulio Baù,Alessandra Celletti,Giovanni Federico G Book 2019 Springer Nature Switzerland AG 2019 Ce

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Celestial Mechanics of Rubble Pile Bodies,ach other are preserved in this more advanced formulation. The chapter ends with a simple application of these results to a series of bodies that can roll on each other, satisfying a non-holonomic constraint.
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2281-518X s.Covers topics not generally found in other textbooks.This book discusses the design of new space missions and their use for a better understanding of the dynamical behaviour of solar system bodies, which is an active field of astrodynamics. Space missions gather data and observations that enable ne
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Planetary Tides: Theories,of the companion. The considered theories are founded on the dynamical equilibrium figure of the tidally deformed body, assumed as an ellipsoid whose rotation is delayed with respect to the motion of the companion. The orbital and rotational evolutions of the system are derived using standard physic
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Space Debris: From LEO to GEO,operational perspective. The introduction describes the Earth space junk, with the description and the evolution of the debris population, and lists the main forces acting on them, their relative importance and the main regions of interest (Low, Medium and Geostationary Orbits, later called LEO, MEO
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Practical Uncertainty Quantification in Orbital Mechanics,with particular attention to whether the quantification method requires a knowledge of the system model or not. For some methods the chapter provides applications examples and numerical comparisons on selected test cases.
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