Explore topic-wise MCQs in Computational Fluid Dynamics.

This section includes 6 Mcqs, each offering curated multiple-choice questions to sharpen your Computational Fluid Dynamics knowledge and support exam preparation. Choose a topic below to get started.

1.

For the FROMM scheme, what is the flux limiter (r) equal to?

A. 1- ( frac{r}{2} )
B. 1+ ( frac{r}{2} )
C. ( frac{1-r}{2} )
D. ( frac{1+r}{2} )
Answer» E.
Discussion
2.

What is the normalized relationship between f and c for the FROMM scheme?

A. ( tilde{ phi_f}= tilde{ phi_c}+ frac{1}{4} )
B. ( tilde{ phi_f}= tilde{ phi_c}- frac{1}{4} )
C. ( tilde{ phi_f}= frac{1}{4}- tilde{ phi_c} )
D. ( tilde{ phi_f}= frac{1}{4} tilde{ phi_c} )
Answer» B. ( tilde{ phi_f}= tilde{ phi_c}- frac{1}{4} )
Discussion
3.

Which of these is correct about the FROMM scheme?

A. A linear profile is obtained between the immediate upwind and the far downwind nodes
B. A linear profile is obtained between the far upwind and the immediate downwind nodes
C. A linear profile is obtained between the far upwind and the immediate upwind nodes
D. A linear profile is obtained between the far upwind and the far downwind nodes
Answer» C. A linear profile is obtained between the far upwind and the immediate upwind nodes
Discussion
4.

FROMM scheme ____________

A. gives weighted importance to the upwind and downwind schemes
B. gives equal importance to upwind and downwind scheme
C. is downwind biased
D. is upwind biased
Answer» E.
Discussion
5.

What is the order of accuracy of the FROMM scheme?

A. First-order
B. Second-order
C. Third-order
D. Fourth-order
Answer» C. Third-order
Discussion
6.

Which of these profiles is used by the FROMM scheme?

A. (x)=k<sub>0</sub>+k<sub>1</sub> (x-x<sub>c</sub>)+k<sub>2</sub> (x-x<sub>c</sub>)<sup>2</sup>
B. (x)=k<sub>1</sub> (x-x<sub>c</sub> )+k<sub>2</sub> (x-x<sub>c</sub>)<sup>2</sup>
C. (x)=k<sub>0</sub>+k<sub>1</sub> (x-x<sub>c</sub>)
D. (x)=k<sub>1</sub> (x-x<sub>c</sub>)
Answer» D. (x)=k<sub>1</sub> (x-x<sub>c</sub>)
Discussion