10.1 Synopsis
  10.1.1 Velocity Correction Scheme
  10.1.2 Substepping the Velocity Correction Scheme
  10.1.3 Direct solver (coupled approach)
  10.1.4 Linear Stability Analysis
  10.1.5 Steady-state solver using Selective Frequency Damping
 10.2 Usage
 10.3 Session file configuration
  10.3.1 Solver Info
  10.3.2 Parameters
  10.3.3 Forcing
 10.4 Stability analysis Session file configuration
  10.4.1 Solver Info
  10.4.2 Parameters
  10.4.3 Functions
 10.5 Steady-state solver Session file configuration
  10.5.1 Execution of the classical steady-state solver
  10.5.2 Execution of the adaptive steady-state solver
 10.6 Coordinate transformations Session file configuration
  10.6.1 Solver Info
  10.6.2 Parameters
  10.6.3 Mapping
  10.6.4 Functions
  10.6.5 Boundary conditions
 10.7 Adaptive polynomial order Session file configuration
  10.7.1 Solver Info
  10.7.2 Parameters
  10.7.3 Functions
 10.8 Examples
  10.8.1 Kovasznay Flow 2D
  10.8.2 Kovasznay Flow 2D using high-order outflow boundary conditions
  10.8.3 Steady Kovasznay Oseen Flow using the direct solver
  10.8.4 Laminar Channel Flow 2D
  10.8.5 Laminar Channel Flow 3D
  10.8.6 Laminar Channel Flow Quasi-3D
  10.8.7 Turbulent Channel Flow
  10.8.8 Turbulent Pipe Flow
  10.8.9 Aortic Blood Flow
  10.8.10 finite-strip modeling of flow past flexible cables
  10.8.11 2D direct stability analysis of the channel flow
  10.8.12 2D adjoint stability analysis of the channel flow
  10.8.13 2D Transient Growth analysis of a flow past a backward-facing step
  10.8.14 BiGlobal Floquet analysis of a of flow past a cylinder