Example Problems in FIDAP January, Compiled by Bruce A. Finlayson For use only by Students at the University of Washington
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1 Example Problems in FIDAP January, 2000 Compiled by Bruce A. Finlayson For use only by Students at the University of Washington This document is a collection of lists and pictures showing the examples that can be run using FIDAP to solve momentum and energy equations. There are three kinds of lists: 1. A numerical list of titles 2. A list sorted by how hard the problems are 3. A numerical list with pictures illustrating the problem
2 Example Problems in FIDAP - Numerical Listing 1. Flow in a Pipe 2. Parallel Flow Between Two Plates 3. Flow Past a Circular Cylinder 4. Flow in a Converging Channel 5. Non-Newtonian Flow in a Channel 6. Die-Swell Problem 7. Natural Convection in a Square Cavity 8. Developing Flow in a Vertical Channel 9. Jet Impingement in a Narrow Axi-symmetric Channel 10. Airflow Over Multiple Steps in a Channel 11. Airflow and Heating in a Tube Fin Heat Exchanger 12. Stokes Flow in a Wedge 13. Flow through a Poppet Valve 14. Isothermal Seepage Flow 15. Spin Up of a Liquid in an Annulus D Flow Past a Heated Obstacle 17. Flow in a Turning Channel 18. Turbulent Flow Over a Backward-facing Step 19. Turbulent Flow in a Pipe 20. Attenuation of a Surface Disturbance 21. Development of a Drop 22. Slot Coater 23. Fountain Flow 24. Double Roll Coater 25. Piston Driven Drop Evolution 26. Thermocapillary Convection 27. Crystal Growth From a Melt 28. Merging Liquid Streams 29. Turbulent Flow in an Annular Turnaround Duct 30. Crystal Growth: Bridgman Technique 31. Chemical Vapor Deposition on a Heated and Tilted Plate 32. Radiation Heat Transfer in an Open Channel 33. Radiation Heat Transfer in a Square Cavity 34. Conduction Melting 35. Turbulent Flow in a Heated Channel 36. Chemical Vapor Deposition in a Horizontal Reactor 37. Flow of Plastic in a Profile Extrusion Die 38. Multiple Species Reaction 39. Mixing Tank D Die-Swell Problem
3 41. Isentropic Compressible Flow Over a Bump 42. Laminar Compressible Flow in a Pipe Elbow 43. Turbulent Compressible Flow Over a Sphere 44. Natural Convection in Steady Solidification 45. Particle-Laden Gas Flows Past Tubes 46. Oil Droplet Driven Flow in a Water Tank 47. Displacement of Two Fluids in a Confined Geometry 48. Filling and Solidificatioin in a Mold D Mold Filling 50. Turbulent Combustion in s Swirl Burner 51. Turbulent Free-surface Flow Over a Cylindrical Obstruction 52. Flow Driven by a Moving Piston
4 Example Problems in FIDAP - Listing by size of problem Small problems 1. Flow in a Pipe 2. Parallel Flow Between Two Plates 5. Non-Newtonian Flow in a Channel Medium problems 3. Flow Past a Circular Cylinder 4. Flow in a Converging Channel 6. Die-Swell Problem 7. Natural Convection in a Square Cavity 8. Developing Flow in a Vertical Channel 9. Jet Impingement in a Narrow Axi-symmetric Channel 10. Airflow Over Multiple Steps in a Channel 12. Stokes Flow in a Wedge 13. Flow through a Poppet Valve 14. Isothermal Seepage Flow 21. Development of a Drop 22. Slot Coater 23. Fountain Flow 24. Double Roll Coater 25. Piston Driven Drop Evolution 26. Thermocapillary Convection 34. Conduction Melting 35. Turbulent Flow in a Heated Channel 36. Chemical Vapor Deposition in a Horizontal Reactor 46. Oil Droplet Driven Flow in a Water Tank 47. Displacement of Two Fluids in a Confined Geometry 48. Filling and Solidificatioin in a Mold Big problems 11. Airflow and Heating in a Tube Fin Heat Exchanger 15. Spin Up of a Liquid in an Annulus D Flow Past a Heated Obstacle 17. Flow in a Turning Channel 18. Turbulent Flow Over a Backward-facing Step 19. Turbulent Flow in a Pipe 20. Attenuation of a Surface Disturbance 27. Crystal Growth From a Melt 28. Merging Liquid Streams 29. Turbulent Flow in an Annular Turnaround Duct 30. Crystal Growth: Bridgman Technique 31. Chemical Vapor Deposition on a Heated and Tilted Plate 32. Radiation Heat Transfer in an Open Channel
5 33. Radiation Heat Transfer in a Square Cavity 37. Flow of Plastic in a Profile Extrusion Die 38. Multiple Species Reaction 39. Mixing Tank D Die-Swell Problem 41. Isentropic Compressible Flow Over a Bump 42. Laminar Compressible Flow in a Pipe Elbow 43. Turbulent Compressible Flow Over a Sphere 44. Natural Convection in Steady Solidification 45. Particle-Laden Gas Flows Past Tubes D Mold Filling 50. Turbulent Combustion in s Swirl Burner 51. Turbulent Free-surface Flow Over a Cylindrical Obstruction 52. Flow Driven by a Moving Piston
6 Example Problems in FIDAP - Description 1. Flow in a Pipe 2. Parallel Flow Between Two Plates
7 3. Flow Past a Circular Cylinder
8 4. Flow in a Converging Channel 5. Non-Newtonian Flow in a Channel
9 6. Die-Swell Problem 7. Natural Convection in a Square Cavity
10 8. Developing Flow in a Vertical Channel 9. Jet Impingement in a Narrow Axi-symmetric Channel
11 10. Airflow Over Multiple Steps in a Channel 11. Airflow and Heating in a Tube Fin Heat Exchanger
12 12. Stokes Flow in a Wedge 13. Flow through a Poppet Valve
13 14. Isothermal Seepage Flow 15. Spin Up of a Liquid in an Annulus
14 16. 3-D Flow Past a Heated Obstacle 17. Flow in a Turning Channel
15 18. Turbulent Flow Over a Backward-facing Step 19. Turbulent Flow in a Pipe
16 20. Attenuation of a Surface Disturbance
17 21. Development of a Drop
18 22. Slot Coater 23. Fountain Flow
19 24. Double Roll Coater
20 25. Piston Driven Drop Evolution
21 26. Thermocapillary Convection
22 27. Crystal Growth From a Melt 28. Merging Liquid Streams 29. Turbulent Flow in an Annular Turnaround Duct 30. Crystal Growth: Bridgman Technique
23 31. Chemical Vapor Deposition on a Heated and Tilted Plate 32. Radiation Heat Transfer in an Open Channel
24 33. Radiation Heat Transfer in a Square Cavity 34. Conduction Melting
25 35. Turbulent Flow in a Heated Channel 36. Chemical Vapor Deposition in a Horizontal Reactor
26 37. Flow of Plastic in a Profile Extrusion Die 38. Multiple Species Reaction
27 39. Mixing Tank
28 40. 3-D Die-Swell Problem 41. Isentropic Compressible Flow Over a Bump
29 42. Laminar Compressible Flow in a Pipe Elbow 43. Turbulent Compressible Flow Over a Sphere
30 44. Natural Convection in Steady Solidification 45. Particle-Laden Gas Flows Past Tubes
31 46. Oil Droplet Driven Flow in a Water Tank
32 47. Displacement of Two Fluids in a Confined Geometry 48. Filling and Solidificatioin in a Mold
33 49. 3-D Mold Filling 50. Turbulent Combustion in s Swirl Burner
34 51. Turbulent Free-surface Flow Over a Cylindrical Obstruction 52. Flow Driven by a Moving Piston
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