Here is a list of all related documentation pages:

[detail level 12]

Introduction
Installation
▼Theory
An introductory BEM example
▼Applications
3D Helmholtz conventional collocational BEM
3D Helmholtz conventional collocational BEM with MEX interface
3D Helmholtz FMBEM
3D Helmholtz FMBEM with Mex interface
2D Helmholtz wideband FMBEM
▼Tutorials
Mesh building
Function spaces
Integral operators and weighted residuals
Double integral of the Laplace kernel
Single integral of the laplace kernel
Rayleigh integral
A Galerkin BEM for the Helmholtz equation
Mitigation of fictitious eigenfrequencies
Plane wave scattering from an infinite cylinder
An indirect collocational Helmholtz BEM example
Working with elements
Working with quadratures
Evaluating the Helmholtz kernel using the Fast Multipole Method
How to build and work with cluster trees
Defining a custom field
Customising singular integrals
Defining a custom kernel
Hypersingular integrals
NiHu component library reference
▼Programming techniques
C++11 techniques in NiHu
Metaprogramming concepts in NiHu
Polymorphism in NiHu
General Techniques
An introduction to NiHu's mesh representation
What happens when NiHu evaluates a weighted residual?
▼Benchmark problems
Circular membrane with static load
Plane wave scattering from a rigid sphere
NiHu Publications
Todo List