Explore topic-wise MCQs in Finite Element Method.

This section includes 10 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 a Belleville spring, load-deflection characteristics and stress distribution can be obtained by dividing the area into ____

A. Surfaces
B. Nodes
C. Elements
D. Loads
Answer» D. Loads
2.

A steel sleeve inserted into a rigid insulated wall. The sleeve fits snugly, and then the temperature is raised by _____

A. Uniform
B. Non uniform
C.
D. T
Answer» E.
3.

In the Belleville spring, the load-deflection curve is _____

A. Linear
B. Curved
C. Non linear
D. Parabolic
Answer» D. Parabolic
4.

On Belleville spring the load is applied in ______

A. X direction
B. Z direction
C. Y direction
D. Axial direction
Answer» E.
5.

For a Belleville spring the load is applied on _____

A. Shaft
B. Hole
C. Periphery of the circle
D. Coupling
Answer» D. Coupling
6.

Press fit on elastic shaft, may define pairs of nodes on the contacting boundary, each pair consisting of one node on the _____ and one on the ______

A. Shaft and couple
B. Sleeve and shaft
C. Shaft and sleeve
D. Sleeve and couple
Answer» C. Shaft and sleeve
7.

The condition that nodes at the internal radius have to displace radially by , a large stiffness C is added to the _____

A. Co-ordinates
B. Length
C. Diagonal locations
D. Radius
Answer» D. Radius
8.

Press fit of a ring of length L and internal radius rj onto a rigid shaft of radius r1+ is considered. When symmetry is assumed about the mid plane, this plane is restrained in the _____

A. X direction
B. Y direction
C. Z direction
D. Undefined
Answer» D. Undefined
9.

Modeling of a cylinder of infinite length subjected to external pressure. The length dimensions are assumed to be _____

A. Finite
B. Non uniform
C. Perpendicular
D. Constant
Answer» E.
10.

Axisymmetry implies that points lying on the z- axis remains _____ fixed.

A. Tangentially
B. Spherically
C. Radially
D. Circularly
Answer» D. Circularly