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Musubi
Documentation
Contents
Source Files
Modules
Procedures
Abstract Interfaces
Derived Types
Programs
Source Files
Modules
Procedures
Abstract Interfaces
Derived Types
Programs
Absorbing layers
Documentation
Examples
Weakly compressible flows
Benchmarks
Absorbing layers
Benchmark test cases to validate absorbing layer
Acoustic pulse2D
Acoustic pulse3D
Acoustic line source
Acoustic cylinder 2D
Documentation
Bibliography
Examples
Weakly compressible flows
Applications
Nonreflecting Boundary Conditions
Nozzle
Nozzle flow inside an around
Nozzle flow inside
Benchmarks
Channel 2D
Channel 2D Boundary Conditions
Channel 2D MfrBB PressExpol
Channel 2D MfrEq PressEq
Channel 2D PressExpol PressExpol
Channel 2D VelBB PressExpol
Channel 2D VelBFL PressExpol
Channel 2D VelEq PressEq
Channel 2D VelNonEqExpol PressNonEqExpol
Poisueille flow in a channel 2D
Poisueille flow in a channel 2D
Poisueille flow in a channel 2D
Poisueille flow in a channel 2D
Poisueille flow in a channel 2D
Poisueille flow in a channel 2D
Poisueille flow in a channel 2D
Channel 3D test cases
Turbulent flow around the cylinder in a channel 3D at Re=3900
Turbulent flow around the sphere in a channel 3D
Turbulent channel
Turbulent channel wall model validation
Turbulent channel wall model Musker
Turbulent channel wall model Musker (Newton)
Turbulent channel wall model Power-Law
Turbulent channel wall model Reichardt
Convected vortex in a domain with a coarser grid at the center
Absorbing layers
Acoustic Line Source
Acoustic Line Source 2D
Acoustic pulse 2D
Acoustic pulse 2D with absorbing layer box 2d
Acoustic pulse 2D with absorbing layer plane
Acoustic pulse 2D with absorbing layer radial
Gaussian Pulse in Pressure in a Cube
Incompressible flows
Applications
Benchmarks
Channel 2D
Flow around the cylinder 2D single level
Flow around the cylinder 2D single level
Channel 3D
Simple Flow in a 3D Channel
Concentric Cylinders
Concentric Cylinders
Concentric Cylinders
Lid driven cavity
Lid driven cavity
Lid driven cavity
Pipe 3D
Pipe Force
Pipe LES
Pipe 3D
Pipe Simple
Pipe Split
Taylor Green Vortex
Taylor-Green Vortex with LES Turbulence Models at Re = 1600
Taylor-Green Vortex with WALE Smagorinsky (GradU) model at Re = 1600
Taylor-Green Vortex with WALE Smagorinsky (PDF) model at Re = 1600
Taylor-Green Vortex with Vreman LES model at Re = 1600
Taylor-Green Vortex with WALE LES model at Re = 1600
Gaussian Pulse in Pressure in a Cube
Tutorials
Prerequisites
Configuration
Toolchain
Tracking
Boundary Conditions
Restart
Initial Conditions
Abort Criteria
Source Terms
Multilevel Simulations
Prerequisites
Feature Overview
Description of the Multi-Level Algorithm
Data Structures
Interpolation Methods
Multispecies
Musubi-Harvesting
Non-Newtonian Fluid Simulations
Vectorization
Scheme Implementation
Build and run Musubi