In Classical Plate Theory, how many triangles assemble to give a confo – McqOptions

MCQOPTIONS

1.	In Classical Plate Theory, how many triangles assemble to give a conforming triangular element with DOF w, ( frac{dw}{dy} ) and ( frac{dw}{dy} ) at each vertex?
A.	1
B.	3
C.	4
D.	12
Answer» C. 4

Discussion

No Comment Found

Related MCQs

In Classical Plate Theory, how many triangles assemble to give a conforming triangular element with DOF w, ( frac{dw}{dy} ) and ( frac{dw}{dy} ) at each vertex?
In Classical Plate Theory, because the 4-noded rectangular element is non-conforming, it gives poor results in approximation.
In Classical Plate Theory, what is the correct comment for the polynomial w=a<sub>1</sub>+a<sub>2</sub>x+a<sub>3</sub>y+a<sub>4</sub>xy+a<sub>5</sub>x<sup>2</sup>+a<sub>6</sub>y<sup>2</sup>+a<sub>7</sub>(x<sup>2</sup>y+xy<sup>2</sup>)+a<sub>8</sub>x<sup>3</sup>+a<sub>9</sub>y<sup>3</sup>?
<p>12.How many termpolynomial is used in the approximation of w for a three noded triangular element with three DOF at each node?
In FEM, what are the primary variables in the Classical Plate Theory of plate deformation (w)?
Which option specifiesan assumption made in Classical Plate Theory for a plate lying in the plane XY?
In displacement-based plate theories, which option is not an assumption of Classical Plate Theory (CPT)?
In FEM, which theory is an extension of the Euler-Bernoulli beam theory?
In FEM, which principle is used to derive the governing equations of displacement-based plate theories?
Which option is correct about an analog of a plate in simple plate theory used in FEM?