Given that the spacial components of motion, x = x(X, I), are: show that the material components of motion X = X(x, t), are: The spacial position vector x has components: x l =X i ,x 2 = X i + KX 2...


Given that the spacial components of motion, x = x(X, I), are:


show that the material components of motion X = X(x, t), are:


The spacial position vector x has components: xl=Xi
,x2
= Xi
+ KX2
and xi
= Xi
+ ECX2, where K is a constant. Determine the components of the displacement vector u = x - X (see Fig. 2.6) in both material and spacial co-ordinates.



Nov 26, 2021
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