Manual
User Manual:
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Page Count: 96
- Introduction
- The physical equations of Fluid Dynamics
- The building blocks of the Finite Element Method
- Additional techniques
- The method of manufactured solutions
- Assigning values to quadrature points
- Matrix (Sparse) storage
- Mesh generation
- The value of the timestep
- Tracking materials
- Visco-Plasticity
- Picard and Newton
- The choice of solvers
- The SUPG formulation for the energy equation
- Tracking materials and/or interfaces
- Dealing with a free surface
- Pressure smoothing
- Pressure normalisation
- Static condensation
- Exporting data to vtk format
- fieldstone: simple analytical solution
- fieldstone: Stokes sphere
- fieldstone: Convection in a 2D box
- fieldstone: The lid driven cavity
- fieldstone: solcx benchmark
- fieldstone: solkz benchmark
- fieldstone: solvi benchmark
- fieldstone: the indentor benchmark
- fieldstone: the annulus benchmark
- fieldstone: stokes sphere (3D) - penalty
- fieldstone: stokes sphere (3D) - mixed formulation
- fieldstone: consistent pressure recovery
- fieldstone: the Particle in Cell technique (1) - the effect of averaging
- fieldstone: solving the full saddle point problem
- fieldstone: solving the full saddle point problem in 3D
- fieldstone: solving the full saddle point problem with Q2Q1 elements
- fieldstone: solving the full saddle point problem with Q3Q2 elements
- fieldstone: the Busse benchmark
- fieldstone: The non-conforming Q1 P0 element
- fieldstone: The stabilised Q1 Q1 element
- fieldstone: compressible flow (1)
- fieldstone: compressible flow (2)
- fieldstone: Rayleigh-Taylor instability (1)