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The aim of this Master’s thesis has been to study turbulent boundary layers under zero-pressure gradient using large-eddy simulation (LES). The spectral simulation code, developed at the Department of Mechanics, the Royal Institute of Technology, Stockholm, has been extended with three additional sub-grid scale (SGS) models, the high-pass filtered (HPF… (More)

- Large eddy simulation
- Direct numerical simulation
- Inferior esophageal sphincter structure
- X86 instruction listings
- Gradient
- Deconvolution
- Layers
- Simulation
- High Power Field
- Dynamic relaxation
- Gradient
- Coefficient
- Turbulence
- Spectral density
- Approximation algorithm
- Numerical weather prediction
- Relaxation
- Mechanics
- anatomical layer
- Linear programming relaxation

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