d'Alembert's principle

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d'Alembert's principle

n
(General Physics) physics the principle that for a moving body the external forces are in equilibrium with the inertial forces; a generalization of Newton's third law of motion
[C18: named after Jean Le Rond d'Alembert (1717–83), French mathematician, physicist, and rationalist philosopher]
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References in periodicals archive
Crumey's approach to fiction begins to make more sense when it is framed in terms of Enlightenment thought, as his adoption of a more explicitly encyclopaedic model in D'Alembert's Principle reveals.
Determine the flexible link's tension strength between bodies 1 and 2 using the d'Alembert's principle (Table 1, No.
which is also based on D'Alembert's principle. [m.sub.i] denotes the mass of tower, RNA, and TMD.
In addition, the tip-mass is equated by an inertial force and inertial moment acting at the free end of the cantilever beam based on D'Alembert's principle and the equivalent process is detailed.
A classical approach to closed-chain dynamic modelling is to first consider an equivalent tree-structure, and then to consider system constraints via Lagrange multipliers or d'Alembert's principle [6].
For the calculation of the R and M reactions in O (figure 6.a), the basket shall be isolated and it shall be applied the d'Alembert's principle (figure 6.b).
A classical method for calculating the dynamic models of closed-chains is to be considered first as an equivalent tree-structure, and then to consider the system constraints by the usage of Lagrange multipliers or d'Alembert's principle (Duffy, 1996).
How can d'Alembert's principle be equivalent to Newton's second law of motion; and what are the essential differences between the formulations of the principle of least work by Euler, Lagrange, and Pierre Louis Moreau de Maupertuis (1698-1759)?
Let us apply now the d'Alembert's principle. Keeping account of the relation (3) we obtain (Radoi & Deciu, 1993):
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