Equating and solving mechanical problems
General mechanical engineering - General dynamics. Vector form
Article REF: A1664 V1
Equating and solving mechanical problems
General mechanical engineering - General dynamics. Vector form

Author : Jean-Pierre BROSSARD

Publication date: May 10, 1995 | Lire en français

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14. Equating and solving mechanical problems

Application of the general theorems requires knowledge of the kinetic elements (dynamic torsor, kinetic energy) and the mechanical actions acting on the system.

14.1 Model of reality

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14.1.1 Physical model

The system is represented by a set of solids connected by the links defined in paragraph 3.7 of the article General Mechanics. General kinematics (spherical, rotoidal, cylindrical, prismatic, helical). For example, to study the shimmy of an aircraft landing gear, we...

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