- 00.Contents (
**this**document), also in ASCII (outdated version) - 01.The Manifesto, in ASCII
or
**HTML**format (see also my <NL>boek</NL>) - 02.Triangle Isoparametrics (replaced by something better; see also my <NL>boek<NL>)
- 03.
**Convex Quadrilaterals**(augmented with a**PDF**document; see also my <NL>boek</NL>) - 04.Five Point Star

Related Q & A at Mathematics Stack Exchange ( MSE ) :**Quadrilateral Interpolation** - 05.2-D Skew Upwind F.E.D. (deprecated)
- 06.3-D Skew Upwind F.E.D. (deprecated; see also: "zonwind")
- 07.Specializations of 3-D SUFED
(deprecated)

It has become clear, meanwhile, that this 3-D classification

by David Paterson (CSIRO, Australia), is rather incomplete. - 08.Discretization at Triangles (replaced by something better; see also my <NL>boek<NL>)
- 09.
**Discretization at Quadrilaterals**(related to a**PDF**document; see also my <NL>boek<NL>) - 10.
**Discretization at F.D. Stars**

Related Q & A at Mathematics Stack Exchange ( MSE ) :**Quadrilateral Interpolation** - 11.Theorem Preliminaries (deprecated)
- 12.Theorem Proving (deprecated)
- 13.Theorem & Corollaries
(deprecated; see also my <NL>boek<NL>)

Related Q & A at Mathematics Stack Exchange ( MSE ) :

What is the difference between Finite Difference Methods, Finite Element Methods and Finite Volume Methods for solving PDEs?### 02, 08, 11 - 13, 42, 43 replaced by a MathJax document &

*executable*.

How everything has been*done*: sources & binary**ZIP**ped together.

Also a visualization of the basic ideas, which meanwhile have been

adopted by Gerard Westendorp as well - 14.Stream Function & Flow Potential
(replaced by
**two PDF**documents) - 15.Non-uniform 2-D convection
(deprecated)
- 18.The Labrujere Problem (deprecated;
see also my <NL>boek<NL>)

Related Q & A at Mathematics Stack Exchange ( MSE ) :

What is the difference between Finite Difference Methods, Finite Element Methods and Finite Volume Methods for solving PDEs?

Boundary conditions for 2D navier stokes equation (incompressible, stationary)

**Any employment for the Varignon parallelogram?**### 18 - 22, 24 - 30 etc. replaced by a PDF document, and its source

Generalization: Numerical Method for 3D Ideal Flow ( errata + source ) - 19.Least Squares F.E.M. (deprecated)
- 20.Trace Weighting (deprecated)
- 21.Reduced Quadrilaterals (obsolete)
- 22.Staggered Triangles (obsolete)
- 23.
**Substructuring** - 24.Staggered Quadrilaterals (obsolete)
- 25.Repeatable Elements (deprecated)
- 26.Labrujere Revised (obsolete)
- 27.Reduced Quads again (obsolete)
- 28.Patched Elements (obsolete)
- 29.Linearized Quadrilaterals (deprecated)
- 30.Ideal Flow with BASIC (deprecated)

Replaced by a Delphi version. - 31.Theorem in Ames' book
- 32.The 1983 Colloquium at CWI (deprecated)
- 33.Streamline Upwind & FLOTRAN (deprecated)
- 34.Escape from inconsistencies (deprecated)
- 36.Non-uniform 3-D convection
(deprecated)
(see also: "zonwind")
- 37.Ideal Flow add-on's (deprecated)
- 38.
**Fluid-Tube Continuum**(see also my <NL>boek<NL> and**here**) - 39.Reduced quad for internal flow (deprecated: see 54.)
- 40.
**Numerical Heat Exchange**(see also my <NL>boek<NL> and**here**)

Mathematics Stack Exchange ( MSE offline) :**Intermediate Heat Exchanger** - 41.
**1-D introduction to FEM**(Finite Element Method) - 42.Discretization for 2-D diffusion (replaced by something better)
- 43.Resistor model for 2-D diffusion
(see also: "beton" and
same place)
A follow-up for three dimensions is released as a LaTeX document:

Resistor Models for Diffusion in 3-D and as a**PDF**document - 44.1-D problem condition numbers
- 45.The condition of 2-D diffusion
- 46.Linear tetrahedron with
picture

(replaced by**PDF**documents ; see also: "zonwind") - 47.Isoparametric brick with picture
- 48.Seven point F.E. star
with
picture

Applied as:**Numerical Method for 3D Ideal Flow** - 49.3-D Theorem Preliminaries
(better read
**PDF**document) - 50.3-D Unification Theorem
(same
**PDF**document) - 51.Superelement Details (deprecated)
- 52.Fast 1-D FEM solving

(I wasn't aware at that time that this would be the foreplay of

a far more elaborate theory, called**MultiGrid Calculus**). - 53.Midside quads for internal flow (deprecated)
- 54.Ideal internal Flow globally
(deprecated)

Corrected theory and practice implemented as a Delphi (Pascal) program. - 55.Contours & Isosurfaces
(replaced by
**HTML**) - 56.
**3-D Potential Flow** - 57.Efficient 2-D &
3-D Point Probes
(replaced by
**HTML**) - 58.Marching Cubes & Group Theory
- 59.Numerical Differentiation
(deprecated;
replaced by
**another**theory) - 60.The End

These have been ported to

Remember, however: