Q1. Explain Staggered grid.

This is question 1 (4 marks) from the GTU Computational Fluid Dynamics II BE Winter 2022 question paper. Subject code: 2150104.

Q2. Compare SIMPLE with SIMPLE-R.

This is question 2 (4 marks) from the GTU Computational Fluid Dynamics II BE Winter 2022 question paper. Subject code: 2150104.

Q2. Write a note on PISO algorithm.

This is question 2 (7 marks) from the GTU Computational Fluid Dynamics II BE Winter 2022 question paper. Subject code: 2150104.

Q3. How SIMPLE does differ from SIMPLE-C?

This is question 3 (3 marks) from the GTU Computational Fluid Dynamics II BE Winter 2022 question paper. Subject code: 2150104.

Q3. What is TDMA? Where it is applied? Explain.

This is question 3 (7 marks) from the GTU Computational Fluid Dynamics II BE Winter 2022 question paper. Subject code: 2150104.

Computational Fluid Dynamics II | B.E. Semester V Winter 2022 | GTU Papers

Q: Q1. What is Symmetry boundary Condition? Explain With example.

This is question 1 (3 marks) from the GTU Computational Fluid Dynamics II BE Winter 2022 question paper. Subject code: 2150104.

Q: Q1. Explain different Inlet & Outlet boundary conditions.

This is question 1 (7 marks) from the GTU Computational Fluid Dynamics II BE Winter 2022 question paper. Subject code: 2150104.

Q: Q2. Why pressure velocity coupling is required for the solution of incompressible flow problems?

This is question 2 (3 marks) from the GTU Computational Fluid Dynamics II BE Winter 2022 question paper. Subject code: 2150104.

Q: Q3. Show that multidimensionality and non-linearity makes the solution of governing equations more complicated.

This is question 3 (4 marks) from the GTU Computational Fluid Dynamics II BE Winter 2022 question paper. Subject code: 2150104.

What is Symmetry boundary Condition? Explain With example.

[3 marks]

Explain Staggered grid.

[4 marks]

Explain different Inlet & Outlet boundary conditions.

[7 marks]

Why pressure velocity coupling is required for the solution of incompressible flow problems?

[3 marks]

Compare SIMPLE with SIMPLE-R.

[4 marks]

Make use of Staggered and explain SIMPLE algorithm.

[7 marks]

Write a note on PISO algorithm.

[7 marks]

How SIMPLE does differ from SIMPLE-C?

[3 marks]

Show that multidimensionality and non-linearity makes the solution of governing equations more complicated.

[4 marks]

What is TDMA? Where it is applied? Explain.

[7 marks]

Compare Central difference method with upwind schemes.

[3 marks]

State the disadvantages of 1st order upwind schemes and explain 2nd order upwind scheme.

[4 marks]

Explain Beam and Warming Technique.

[7 marks]

Explain the central differencing scheme.

[3 marks]

Discuss Flux vector splitting.

[4 marks]

Explain High Resolution Schemes.

[7 marks]

What is TVD scheme?

[3 marks]

Explain Crank Nicholson scheme.

[4 marks]

Explain finite volume method for 2-Ddiffusion problems.

[7 marks]

Write abbreviation of SIMPLE, SIMPLE-R & PISO.

[3 marks]

Apply different boundary conditions to solve supersonic flow over a flat plate.

[4 marks]

Explain finite volume method for 1-Dconvection diffusion problems.

[7 marks]

Explain the physical behavior of supersonic flow over a flat plate.

[3 marks]

How step size are calculated in space and time while solving supersonic flow over a flat plate.

[4 marks]

Explain flowchart for MacCormack Subroutine for supersonic flow over a flat plate.

[7 marks]

Computational Fluid Dynamics II — Winter 2022

Questions25