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