Equations of motion
Now the linear momentum principle may be applied to an arbitrary finite body. Using the expression for Tj above and…
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← Explore all topicsNow the linear momentum principle may be applied to an arbitrary finite body. Using the expression for Tj above and…
Assume that F and M derive from two types of forces, namely, body forces f, such as gravitational attractions—defined such…
Let x denote the position vector of a point in space as measured relative to the origin of a Newtonian…
In addressing any problem in continuum or solid mechanics, three factors must be considered: (1) the Newtonian equations of motion,…
The digital computer revolutionized the practice of many areas of engineering and science, and solid mechanics was among the first…
The German physicist Wilhelm Weber noticed in 1835 that a load applied to a silk thread produced not only an…
The Italian elastician and mathematician Vito Volterra introduced in 1905 the theory of the elastostatic stress and displacement fields created…
In 1898 G. Kirsch derived the solution for the stress distribution around a circular hole in a much larger plate…
Linear elasticity as a general three-dimensional theory began to be developed in the early 1820s based on Cauchy’s work. Simultaneously,…
The 1700s and early 1800s were a productive period during which the mechanics of simple elastic structural elements were developed—well…
The English scientist Robert Hooke discovered in 1660, but published only in 1678, that for many materials the displacement under…
Mechanics of solids, science concerned with the stressing, deformation, and failure of solid materials and structures. What, then, is a…