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Keyword [Direct Numerical Simulation]
Result: 21 - 40 | Page: 2 of 6
21. Direct Numerical Simulation Of Natural Convection In A Square Cavity Filled With Fixed Particles
22. Direct Numerical Simulation Of The Tombustion In Supersonic Tuibulent Flow
23. Direct Numerical Simuiation Of Gas/Coal Particles Gas-Solid Two-Phase Round Jet Combustion Flow
24. Direct Numerical Simulation Of Coupled Multi-physics In Supersonic Turbulent Combustion
25. Direct Numerical Simulation Of Complex Multiphase Tubulent Combustion
26. A Study Of Flame Instabilities In Nonpremixed Reacting Plumes By Direct Numerical Simulation
27. Direct Numerical Simulation Of Roughness-induced Transition In Hypersonic Boundary Layer
28. Direct Numerical Simulation About Erosion Study Of Circular Tube By Coal Ash Particles With Considering The Coupling Heat Transfer
29. Numerical Study On Gas-solid Two-phase Flow Based On The Lattice Boltzmann Method:Direct Numerical Simulation And Efficient Implementation
30. Numerical Study On Gas-solid Two-phase Flow Based On The Lattice Boltzmann Method: Direct Numerical Simulation And Efficient Implementation
31. Direct Numerical Simulation Of DBD Plasma Flow Using Suzen Model
32. Direct Numerical Study On The Flow Delay And Heat Transfer Of Rayleigh-Bénard Thermal Convection With Viscoelastic Fluid
33. Direct Numerical Simulation Of Gas-Solid Two-Phase Turbulent Boundary Layer
34. Fully-resolved Direct Numerical Simulation Of Inter-phase Heat Transfer In Gas-solid Two-phase Turbulent Boundary Layer
35. Investagation Of Interaction Between Turbulence And H2/CO Premixed Flame Front By Direct Numerical Simulation
36. Direct Numerical Simulation Of Flow Characteristics Around A Particle In Proximity To A Wall
37. A Dynamic Second-Order Moment Closure(DSMC) Model For Large Eddy Simulation Of Turbulent Combustion
38. Analysis On Impulse Disturbance Flow Field Of Hypersonic Blunt Cone And Thermal Response Of Protection System
39. Studies On The Impact Response Of Hypersonic Flow Over A Blunt Wedge And Structure
40. Numerical Investigation Of Combustion In Three Dimensional Spatially Developing Supersonic Mixing Layers
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