Towards predicting cavitation noise using scale-resolving simulations: The importance of inflow turbulence

INIS

• turbulence 100%
• simulation 100%
• noise 100%
• cavitation 100%
• dynamics 72%
• errors 63%
• navier-stokes equations 54%
• vortices 54%
• cavities 45%
• prediction 36%
• design 27%
• applications 27%
• comparative evaluations 27%
• underwater 27%
• kinetic energy 27%
• modeling 27%
• ships 18%
• acoustics 18%
• computational fluid dynamics 18%
• reynolds number 18%
• cost 18%
• emission 9%
• increasing 9%
• zones 9%
• sheets 9%
• closures 9%
• convergence 9%
• hybrids 9%
• regulations 9%
• recycling 9%
• energy spectra 9%
• evaluation 9%
• interfaces 9%
• decoupling 9%
• reliability 9%
• fluctuations 9%
• boundary conditions 9%
• space 9%
• verification 9%
• multiphase flow 9%
• solutions 9%
• size 9%
• large-eddy simulation 9%
• validation 9%
• inclusions 9%
• iterative methods 9%

Earth and Planetary Sciences

• Turbulence 100%
• Inflow 100%
• Vortex 63%
• Error 63%
• Model 45%
• Cavity 45%
• Literature 27%
• Kinetic Energy 27%
• Mathematical Model 27%
• Condition 27%
• Contrast 18%
• Cost 18%
• Fluid Dynamics 18%
• Ship 18%
• Thesis 18%
• Ratio 18%
• Tip 18%
• Hydrofoil 9%
• Analogy 9%
• Boundary Condition 9%
• Ability 9%
• Region 9%
• Constraint 9%
• Proving 9%
• Commutation 9%
• Multiphase Flow 9%
• Energy Spectra 9%
• Increasing 9%
• Hybrid 9%
• Selection 9%
• Exhibit 9%
• Recycling 9%
• Leading Edge 9%
• Evaluation 9%
• Estimate 9%
• Laminar Boundary Layer 9%
• Marine Fauna 9%
• Sound Emission 9%
• Flow Distribution 9%
• Far Field 9%
• Closure 9%
• Formulation 9%
• Channel Flow 9%
• Inclusion 9%
• Decoupling 9%
• Large Eddy Simulation 9%
• Research 9%
• Need 9%
• Average 9%

Engineering

• Turbulence 100%
• Vortex 54%
• Averaged Navier 36%
• Cavity 36%
• Stokes 36%
• Models 27%
• Error 27%
• Noise Source 27%
• Modeling Error 27%
• Radiated Noise 27%
• Reynolds-Averaged Navier-Stokes 18%
• Simulation Method 18%
• Obtains 18%
• Computational Fluid Dynamics 18%
• Discretization Error 18%
• Cavitating Condition 18%
• Wings 18%
• Ship Propellers 9%
• Flow Separation 9%
• Experimental Observation 9%
• Design Process 9%
• Limitations 9%
• Large Eddy Simulation 9%
• Design Stage 9%
• Dissipation Rate 9%
• Propeller Design 9%
• Flow Field 9%
• Acoustic Source 9%
• Acoustics 9%
• Energy Rate 9%
• Hybrid Model 9%
• Recycling 9%
• Sheet Cavity 9%
• Ships 9%
• Bridging 9%
• Process Validation 9%
• Detached Eddy Simulation 9%
• Inflow Boundary 9%
• Noise Field 9%
• Numerical Prediction 9%
• Energy Engineering 9%
• Compute 9%
• Multiphase Flows 9%