Institut für Strömungslehre und Wärmeübertragung (3210)

Engineering

1. Liquid Jet 100%
2. Convective 92%
3. Source Term 70%
4. Lighthill's Wave Equation 64%
5. Computational Fluid Dynamics 63%
6. Acoustic Wavelength 60%
7. Low Mach Number 48%
8. Structural Domain 46%
9. Air Flow 44%
10. Turbulent Flow 43%
11. Pipeline Fluid Flow 41%
12. Crosswind 40%
13. Single Bubble 40%
14. Boundary Layer 40%
15. Immiscible Liquid 40%
16. Characteristic Equation 40%
17. Electric Vehicle 40%
18. Fluid Domain 40%
19. Electrical Conductivity 40%
20. Sound Source 40%
21. Direct Numerical Simulation 39%
22. Flow Distribution 37%
23. Flow Configuration 36%
24. Interface Condition 36%
25. Liquid Viscosity 33%
26. Rise Velocity 33%
27. Good Agreement 33%
28. Acoustic Source 30%
29. Energy Engineering 30%
30. Prandtl Number 30%
31. Sound Generation 30%
32. Design Phase 30%
33. Sound Propagation 30%
34. Nonlinear Effect 26%
35. Liquid Droplet 26%
36. Newtonian Liquids 25%
37. Single Fluid 25%
38. Approximation Order 25%
39. Flow Velocity 24%
40. Incompressible Flow 23%
41. Dimensionless Parameter 23%
42. Liquid Property 23%
43. Viscous Flow 20%
44. Pressure Difference 20%
45. Aerodynamic Force 20%
46. Force Coefficient 20%
47. Quadrature Method of Moment 20%
48. Convective Flow 20%
49. Reynolds-Averaged Navier-Stokes 20%
50. External Source 20%
51. Fluid Viscosity 20%
52. Air Change 20%
53. Physical Quantity 20%
54. Bending Modulus 20%
55. Autoignition 20%
56. Single Drop 20%
57. Active Ingredient 20%
58. Particle Pair 20%
59. Hydrodynamics 20%
60. Rate Dependence 20%
61. Complex Frequency 20%
62. Pitching Moment 20%
63. Mach Number 20%
64. Road Vehicle 20%
65. Heat Transfer Model 20%
66. Radial Expansion 20%
67. Rocket Engine 20%
68. Spinning Disk 20%
69. Rotating Wheel 20%
70. One Dimensional 20%
71. Couette Flow 20%
72. Critical Point 20%
73. Moving Wall 20%
74. Narrow Gap 20%
75. Strong Variation 20%
76. Fully Developed Flow 20%
77. Duty Vehicle 20%
78. Structural Mechanics 20%
79. Newtonian Model 20%
80. Drop Motion 20%
81. Step Approach 20%
82. Microscale 20%
83. Macroscale 20%
84. Slipstream 20%
85. Theoretical Method 20%
86. Computer Simulation 20%
87. Anisotropic 20%
88. Erythrocyte 20%
89. High Prandtl Number Liquid 20%
90. Internal Flow 20%
91. Flow Condition 20%
92. Initial Condition 20%
93. Natural Boundary Condition 20%
94. Sodium Alginate 20%
95. Inertial Subrange 20%
96. Reduced Order Model 20%
97. Test Data 20%
98. Local Material 20%
99. Fluid Property 20%
100. Mixed Convection 20%