Btp3
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The document contains graphs and contour plots showing the behavior of liquid surfaces in rotating tanks under different conditions. It examines creeping height and contours for water and kerosene in closed tanks, as well as open tanks with various numbers and configurations of annular stoppers, evaluating the effects of angular velocity and time on the liquid surface profiles.
Btp3
- 3. Graph of creeping height VS angular velocity for water and kerosene
- 4. Creeping height of water and kerosene in tabular form ? Angular velocity units: radians/sec
- 5. Free surface contours of closed rotary tank (7x20 cm) for w=10 r/s & w=9 r/s
- 6. Free surface contours of closed rotary tank (7x20 cm) for w=10 r/s & w=9 r/s
- 7. Free surface contours of closed rotary tank (7x20 cm) for w=10 r/s & w=9 r/s
- 8. Free surface contours of closed rotary tank (7x20 cm) for w=10 r/s & w=9 r/s
- 9. Free surface contours of closed rotary tank (7x20 cm) for w=10 r/s & w=9 r/s
- 10. Free surface contours of closed rotary tank (7x20 cm) for w=10 r/s & w=9 r/s
- 11. Contours of the open rotary tank with two annular stoppers at w=10 r/s
- 12. Contours of the open rotary tank with two annular stoppers at w=10 r/s
- 13. Contours of the open rotary tank with two annular stoppers at w=10 r/s
- 14. Contours of the open rotary tank with two annular stoppers at w=10 r/s
- 15. Contours of the open rotary tank with two annular stoppers at w=10 r/s
- 16. Contours of the open rotary tank with two annular stoppers at w=10 r/s
- 17. Contours of the open rotary tank with two annular stoppers at w=10 r/s
- 18. Contours of the open rotary tank with two annular stoppers at w=10 r/s
- 19. Contours of the open rotary tank with two annular stoppers at w=10 r/s
- 20. Contours of the open rotary tank with two annular stoppers at w=10 r/s
- 21. Contours of the open rotary tank with two annular stoppers at w=10 r/s
- 22. Contours of the open rotary tank with two annular stoppers at w=10 r/s
- 23. Contours of the open rotary tank with two annular stoppers at w=10 r/s
- 24. Contours of the open rotary tank with two annular stoppers at w=10 r/s
- 25. At time t=0.001 s
- 26. At time t=0.06 s
- 27. At time t=0.08 s
- 28. At time t=0.1 s
- 29. At time t=0.12 s
- 30. At time t=0.14 s
- 31. At time t=0.16 s
- 32. At time t=0.18 s
- 33. At time t=0.21 s
- 34. At time t=0.24 s
- 35. At time t=0.27 s
- 36. At time t=0.33 s
- 37. At time t=0.4 s
- 38. At time t=2 s
- 39. Contours of the open rotary tank with annular stopper at w=10 r/s t=0.0 s
- 40. t=0.15 s
- 41. t=0.25 s
- 42. t=0.3 s
- 43. t=0.35 s
- 44. t=0.4 s
- 45. t=0.45 s
- 46. t=0.55 s
- 47. t=0.75 s
- 48. Contour of the open rotary tank with annular stopper at w=9 r/s &w=8 r/s At t=0.0 s
- 49. At t=0.2 s
- 50. At t=0.4 s
- 51. At t=0.5 s
- 52. At t=0.6 s
- 53. At t=0.7 s
- 54. At t=0.8 s
- 55. At t=0.9 s
- 56. At t=1 s
- 57. At t=1.2 s
- 58. At t=1.4 s
- 59. Contours of the open rotary tank with two annular stoppers placed in step format at w=8 r/s
- 68. Contours of the open rotary tank with two annular stoppers placed in step format at w=8 r/s
- 69. At t=0.008 s
- 70. At t=0.12 s
- 71. At t=0.16 s
- 72. At t=0.2 s
- 73. At t=0.24 s
- 74. At t=0.28 s
- 75. At t=2 s
- 77. Contours of the open rotary tank with three annular stoppers at w=8 r/s
- 83. At t=0.0 s
- 84. At t=1.4 s
- 85. At t=0.18 s
- 86. At t=0.22 s
- 87. At t=0.26 s
- 88. At t=0.4 s
- 89. Contours of the open rotary tank with three annular stoppers at w=8 r/s
- 98. At t=0.02 s
- 99. At t=0.04 s
- 100. At t=0.06 s
- 101. At t=0.08 s
- 102. At t=0.1 s
- 103. At t=0.12 s
- 104. At t=0.14 s
- 105. At t=0.16 s