For an Axisymmetric triangular element what is the size of the Jacobian Matrix

Q.

For an Axisymmetric triangular element what is the size of the Jacobian Matrix

A. 4*4

B. 2*4

C. 2*2

D. 4*2

Answer & Explanation

Answer : Option: A

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Q.

Refines the element size based on solution gradients is called

A. mesh refinement method

B. h-method

C. mesh refinement method or h method

D. r method

Answer & Explanation

Q.

h is the symbol for which refinement.

A. h-refinement

B. ph refinement

C. p rerfinement

D. None of these

Answer & Explanation

Q.

Deviation from the regular polygon is known as

A. Refinement

B. Skewness

C. Isoparametric

D. None of these

Answer & Explanation

Q.

If the scaling factors values Sx and Sy < 1 then

A. It reduces the size of object

B. It increases the size of object

C. It stunts the shape of an object

D. None of the above

Answer & Explanation

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For an Axisymmetric triangular element what is the size of the Jacobian Matrix

Q. For an Axisymmetric triangular element what is the size of the Jacobian Matrix

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More Questions Finite Element Analysis:

Q. Refines the element size based on solution gradients is called

Q. h is the symbol for which refinement.

Q. Deviation from the regular polygon is known as

Q. If the scaling factors values Sx and Sy < 1 then

Q.

For an Axisymmetric triangular element what is the size of the Jacobian Matrix

Q.

Refines the element size based on solution gradients is called

Q.

h is the symbol for which refinement.

Q.

Deviation from the regular polygon is known as

Q.

If the scaling factors values Sx and Sy < 1 then