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La simplicité apparente de la loi d’inertie (Tout corps libre persévère dans son état de repos ou de mouvement rectiligne uniforme), pourrait laisser croire qu’on l’a toujours connue. C’est loin d’être le cas : ignorée jusqu’au XVIIe siècle, ce n’est qu’au XXe siècle que l’on comprit sa signification profonde. L’ouvrage retrace les moments forts de cette longue histoire à travers les contributions respectives de nombreux philosophes de la nature et de physiciens comme Aristote, Buridan, Kepler, Galilée, Descartes, Huygens, Newton, d’Alembert, Kant, Euler, Mach et enfin Einstein. Pour le père de la relativité, « La loi d’inertie marque le premier progrès de la physique, on peut même dire son début réel. » L’ouvrage explique pourquoi et comment
Inertia (Mechanics) --- Inertie (Mécanique) --- History --- Histoire --- Inertia (Mechanics) - History --- Inertie (mécanique) --- Histoire.
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The book presents a history of classical mechanics by focusing on issues of equilibrium. The historical point of view adopted here restricts attention to cases where the effectiveness of forces is assessed on the basis of the virtual motion of their points of application. For completeness, hints of the alternative approach are also referred, the Archimedean for ancient mechanics and the Newtonian for modern mechanics. The laws resulting from consideration of virtual motions are named laws of virtual work. The modern formulations of the principle of virtual work are only a particular form of them. The book begins with the first documented formulations of laws of virtual work in the IV century BC in Greece and proceeds to the end of the XIX century AD in Europe. A significant space is devoted to Arabic and Latin mechanics of Middle Ages. With the Renaissance it began to appear slightly different wordings of the laws, which were often proposed as unique principles of statics. The process reached its apex with Bernoulli and Lagrange in the XVIII century. The book ends with some chapters dealing with the discussions that took place in the French school on the role of the Lagrangian version of the law of virtual work and its applications to continuum mechanics.
Mechanics -- History. --- Virtual work. --- Virtual work --- Mechanics --- Mechanical Engineering --- Engineering & Applied Sciences --- Mechanical Engineering - General --- Applied Physics --- Applied Mathematics --- Research --- History --- Mechanics, Analytic --- History. --- Analytical mechanics --- Kinetics --- Engineering. --- Mathematical physics. --- Mechanical engineering. --- Mechanical Engineering. --- Mathematical Physics. --- History of Science. --- Annals --- Auxiliary sciences of history --- Engineering, Mechanical --- Engineering --- Machinery --- Steam engineering --- Physical mathematics --- Physics --- Mathematics
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