11.1 Synopsis
  11.1.1 Velocity Correction Scheme
  11.1.2 Immersed Boundary Methods: Smoothed Profile Method
  11.1.3 Linear Stability Analysis
  11.1.4 Steady-state solver using Selective Frequency Damping
  11.1.5 Direct solver (coupled approach)
 11.2 Usage
 11.3 Setting up the Simulation
  11.3.1 Expansions and Approximation Spaces
  11.3.2 Governing Equation
  11.3.3 Solution Algorithms
  11.3.4 TimeIntegrationScheme
  11.3.5 Stabilisation Techniques
  11.3.6 Simulation Parameters
  11.3.7 Boundary conditions
  11.3.8 Forcing
  11.3.9 Filters
 11.4 Smoothed Profile Method: Session file configuration
 11.5 Session file configuration: Linear stability analysis
  11.5.1 Solver Info
  11.5.2 Parameters
  11.5.3 Functions
 11.6 Session file configuration: Steady-state solver
  11.6.1 Execution of the classical steady-state solver
  11.6.2 Execution of the adaptive steady-state solver
 11.7 Session file configuration: Coordinate transformations
  11.7.1 Solver Info
  11.7.2 Parameters
  11.7.3 Mapping
  11.7.4 Functions
  11.7.5 Boundary conditions
 11.8 Session file configuration: Adaptive polynomial order
  11.8.1 Solver Info
  11.8.2 Parameters
  11.8.3 Functions
  11.8.4 Restarting the simulation
 11.9 Advecting extra passive scalar fields
 11.10 Imposing a constant flowrate
 11.11 Examples
  11.11.1 Kovasznay Flow 2D
  11.11.2 Kovasznay Flow 2D using high-order outflow boundary conditions
  11.11.3 Laminar Channel Flow 2D
  11.11.4 Laminar Channel Flow 3D
  11.11.5 Laminar Channel Flow Quasi-3D
  11.11.6 2D biglobal/direct stability analysis of the channel flow
  11.11.7 2D adjoint stability analysis of the channel flow
  11.11.8 2D Transient Growth analysis of a flow past a backward-facing step