Explore topic-wise MCQs in Finite Element Method.

This section includes 9 Mcqs, each offering curated multiple-choice questions to sharpen your Finite Element Method knowledge and support exam preparation. Choose a topic below to get started.

1.

In axisymmetric solids, stress- strain law can be defined as ______

A. =D( - <sup>0</sup>)
B. =D
C. =D
D. =D <sup>0</sup>
Answer» D. =D <sup>0</sup>
2.

For axisymmetry solids gravity forces can be considered if deformation and stresses act on _____

A. X direction
B. Z direction
C. Y direction
D. Parallel to plane
Answer» C. Y direction
3.

Axisymmetric problems are totally defined in ______

A. xy planes
B. yz planes
C. rz planes
D. r planes
Answer» D. r planes
4.

The stress- strain relation is given as ___________

A. =D
B. =D
C. =
D. =D
Answer» C. =
5.

Revolving bodies like fly wheels can be analyzed by introducing _______ in body force term.

A. Gravitational force
B. Revolving force
C. Centrifugal force
D. Centripetal force
Answer» D. Centripetal force
6.

All deformations and stresses are independent of _______

A. Co-ordinates
B. Number of nodes
C. Rotational angle,
D. Area
Answer» D. Area
7.

Problems involving three- dimensional axisymmetric solids or solids of revolution, subjected to _____ loading.

A. Rotational
B. Two-dimensional
C. Three-dimensional
D. Axisymmetric loading
Answer» E.
8.

The stress vector is correspondingly defined as ___________

A. =[ <sub>y</sub>, <sub>z</sub>, <sub>yz</sub>, <sub> </sub>]<sup>T</sup>
B. =[ <sub>y</sub>, <sub>z</sub>]<sup>T</sup>
C. u=[u, w]<sup>T</sup>
D. T=[T<sub>y</sub>,T<sub>z</sub>]<sup>T</sup>
Answer» B. =[ <sub>y</sub>, <sub>z</sub>]<sup>T</sup>
9.

Consider an Axisymmetric problem of which is having a radius of r, rotational angle and length l. Then r dl d is known as ____

A. Elemental volume
B. Element
C. Elemental surface area
D. Elemental surface
Answer» D. Elemental surface