In FEM, which option is used to develop the Higher-order rectangular e – McqOptions

MCQOPTIONS

1.	In FEM, which option is used to develop the Higher-order rectangular elements (i.e., rectangular elements with interpolation functions of higher degree) systematically?
A.	A rectangular array of binomial coefficients
B.	Galerkin method
C.	Jacobi method
D.	Delaunay triangulation
Answer» B. Galerkin method

Discussion

No Comment Found

Related MCQs

What is the reason for an element in the Serendipity family to have a smaller size of stiffness matrix compare to a similar element in the Lagrange family?
Which nodes of the higher-order elements of the Lagrange family do not contribute to the inter-element connectivity?
What is the number of nodes present on the boundary of the Lagrange quadratic rectangular element used in FEM?
Which option is not correct about the Lagrange family of triangular elements used in FEM?
Which option is not correct about the Lagrange rectangular element used in FEM?
In the Finite Element Method (FEM), if the geometry is represented by elements of a higher order than those used to approximate the field displacement variables, then it is called super-parametric formulation.
In FEM, what are the elements in which the same shape functions describe the geometry and field displacement variables?
In FEM, which option is used to develop the Higher-order rectangular elements (i.e., rectangular elements with interpolation functions of higher degree) systematically?
In FEM, what is the name of the shape function of an Euler-Bernoulli beam element?
In FEM, what is the name of the element specified by a polynomial of order two or more?