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Applications of computers to celestial mechanics
Celestial Mechanics, 1988The development of digital computers induced major new developments in Celestial Mechanics. At present, one can hardly mention a project in Celestial Mechanics that does not use computers as the principal tool. One can distinguish many different manners of using computers in Celestial Mechanics.
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An Introduction to Celestial Mechanics
2018Celestial mechanics is one of the most interesting applications of classical mechanics. This topic answers one of the oldest questions of facing humankind: what forces govern the motion of celestial bodies? How do celestial bodies move under the action of these forces? In this chapter we discuss the foundations of this subject.
Addolorata Marasco, Antonio Romano
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A treatise of celestial mechanics
Handschriftles Exlibris: "Montagu Lyon Phillips" 990021930460205503_0001 Exemplar der ETH ...openaire +2 more sources
Perturbation equations of celestial mechanics
Earth, Moon, and Planets, 1992zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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2014
Isaac Newton’s notable success in providing a theoretical explanation for the motion of planets around the sun was followed quickly by his realization that the gravitational problem involving three bodies was immensely more difficult than the two-body problem.
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Isaac Newton’s notable success in providing a theoretical explanation for the motion of planets around the sun was followed quickly by his realization that the gravitational problem involving three bodies was immensely more difficult than the two-body problem.
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1999
In the present chapter we shall give those results from celestial mechanics which we shall use in the present book. This makes our exposition more self-contained and makes it unnecessary for the reader to turn to textbooks on celestial mechanics.
Alexei M. Fridman, Nikolai N. Gorkavyi
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In the present chapter we shall give those results from celestial mechanics which we shall use in the present book. This makes our exposition more self-contained and makes it unnecessary for the reader to turn to textbooks on celestial mechanics.
Alexei M. Fridman, Nikolai N. Gorkavyi
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KAM Theory and Celestial Mechanics
2006Kolmogorov–Arnold–Moser (KAM) theory deals with the construction of quasi–periodic trajectories in nearly–integrable Hamiltonian systems and it was motivated by classical problems in Celestial Mechanics such as the n– body problem. Notwithstanding the formidable bulk of results, ideas and techniques produced by the founders of the modern theory of ...
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Vistas in Astronomy, 1955
Abstract A brief review of the present status of celestial mechanics, in relation both to the need for increased accuracy and to the new methods made possible by the use of electronic digital computing machines.
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Abstract A brief review of the present status of celestial mechanics, in relation both to the need for increased accuracy and to the new methods made possible by the use of electronic digital computing machines.
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Is Celestial Mechanics Deterministic ?
1982It is shown that conditions for deterministic systems are neither satisfied by those dynamical systems which are encountered by actual physical situation, nor by problems of interest in celestial mechanics.
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