Explore topic-wise MCQs in Computational Fluid Dynamics.

This section includes 9 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.

The SMART scheme is constructed using the ____________

A. SUPERBEE scheme
B. STOIC scheme
C. QUICK scheme
D. MINMOD scheme
Answer» D. MINMOD scheme
2.

For a high-resolution scheme to have good convergence, the profile in the NVD frame should __________

A. involve sharp angles
B. avoid sharp angles
C. be smooth
D. be differentiable
Answer» C. be smooth
3.

High-resolution schemes give ___________

A. solution without oscillations
B. highly converging
C. inconsistent solutions
D. unstable solution
Answer» B. highly converging
4.

To construct a high-resolution scheme, the monotonic profile in the range 0 ( leq widetilde{ phi_c} leq )1 should pass through __________ in the NVD.

A. points (0,0) and (0,1)
B. points (1,0) and (1,1)
C. points (0,1) and (1,1)
D. points (0,0) and (1,1)
Answer» E.
5.

Which of these is not a high-resolution scheme?

A. MINMOD
B. SMART
C. SIMPLE
D. MUSCL
Answer» D. MUSCL
6.

Which of these diagrams are used to visualize the high-resolution scheme?

A. Leonard diagram and NVD
B. Cumulative flow diagram and NVD
C. Sweby s diagram and NVD
D. Cumulative flow diagram and Sweby s diagram
Answer» D. Cumulative flow diagram and Sweby s diagram
7.

A high-resolution scheme is the best suited for ___________

A. Turbulent flows
B. Problems involving shocks
C. Incompressible flows
D. Unsteady flows
Answer» C. Incompressible flows
8.

Which of these techniques cannot be used to implement a high-resolution scheme?

A. DC technique
B. DWF method
C. NWF method
D. TVD method
Answer» E.
9.

A high-resolution scheme is __________

A. a higher order bounded scheme
B. a first-order accurate scheme
C. a first-order bounded scheme
D. a higher-order unbounded scheme
Answer» B. a first-order accurate scheme