The temperature effect on axisymmetric formulation. The vector 0 is – McqOptions

MCQOPTIONS

1.	The temperature effect on axisymmetric formulation. The vector 0 is the initial strain evaluated at the centroid, representing the average temperature rise of the element is _____
A.	<sup>e</sup>=2 r
B.	<sup>e</sup>=2 r A<sub>e</sub>B <sup>T</sup>D <sub>0</sub>
C.	K=QF
D.	=D <sub>0</sub>
Answer» C. K=QF

Discussion

No Comment Found

Related MCQs

Uniform increase in temperature of, T introduces initial _____
The temperature effect on axisymmetric formulation. The vector 0 is the initial strain evaluated at the centroid, representing the average temperature rise of the element is _____
In axisymmetric problems, by using stress strain relation and strain displacement relation we can obtain an equation that is ____
Using the connectivity of the elements, the internal virtual work can be expressed in the form _____
On summing up the strain energy and force terms over all the elements and modifying for the boundary conditions while minimizing the total potential energy. We get ______
Surface traction of a uniformly distributed load with components T1 and T2 is _____
A rotating flywheel with its axis in the z direction. We consider the flywheel to be stationary and apply the equivalent radial centrifugal (inertial) force per unit volume is _____
The element body force vector fe is given by _____
The volume of ring shaped element is _____
In the equation Ue= ( frac{1}{2} )2qT(2 BTDBrdA)q the quantity inside the paranthesis is _____