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Articles by keyword: «Fluent»

• 3D Numerical Simulation of Inner Water Flow Field in a Hydrocyclone with Air Column
  Published in: Frontiers of Green Building, Materials and Civil Engineering (p2107)
• A Simulation Software of Critical Sour Well Blowout Based on FLUENT
  Published in: Manufacturing Science and Technology (p5130)
• A Simulation Study of Magnetostrictive Material Terfenol-D in Automotive CNG Fuel Injection Actuation
  Published in: Smart Materials for Smart Devices and Structures (p41)
• Analysis of Flow Field for Stirring Tank with Complicated Cavities Based on FLUENT
  Published in: Applications of Engineering Materials (p2848)
• CFD Simulation of Spraying with Air Jet
  Published in: Future Material Research and Industry Application (p228)
• Computational Fluid Dynamics Applied to Bradley Hydrocyclones
  Published in: Advanced Powder Technology IV (p264)
• Computational Fluid Dynamics Applied to Bradley Hydrocyclones
  Published in: Advanced Powder Technology V (p376)
• Computational Fluid Dynamics Techniques for Flows in Lapple Cyclone Separator
  Published in: Advanced Powder Technology IV (p179)
• Coupling Analysis of Heat Transfer in Finned Radiator Based on Numerical Simulation Codes ABAQUS and FLUENT
  Published in: Materials and Product Technologies II (p635)
• Design of Ocean Data Buoys Based on CFD
  Published in: Advances in Structures (p2441)
• Detailed Numerical Simulation of Short-Term Microgravity Experiments to Determine Heat Conductivity of Melts
  Published in: Solidification and Gravity V (p23)
• Evaluation of Microgravity Heat Conductivity Measurements with FLUENT System
  Published in: Materials Science, Testing and Informatics IV (p287)
• Experimental Analysis and CAE Optimization for Exhaust Noise of the Diesel
  Published in: Vibration, Structural Engineering and Measurement I (p366)
• Modeling and Simulation on Fluid Dynamic Depth-Setting TUV Based on FLUENT
  Published in: Advanced Manufacturing Technology (p1676)
• Multiphase Flow Simulation and the Analysis Method of the Pressure Drop in the Vibrated Fluidized Bed
  Published in: Materials and Product Technologies II (p935)