* respect for fixed degrees of freedom, and in a second step eliminate them
* again from the linear system. The inclusion into the assembly process is as
* follows: when the matrix and vectors are set up, a list of nodes subject to
- * dirichlet bc is made and matrix and vectors are modified accordingly. This
+ * Dirichlet bc is made and matrix and vectors are modified accordingly. This
* is done by deleting all entries in the matrix in the line of this degree of
* freedom, setting the main diagonal entry to a suitable positive value and
* the right hand side element to a value so that the solution of the linear
using namespace MatrixCreator;
/**
- * Apply dirichlet boundary conditions
+ * Apply Dirichlet boundary conditions
* to the system matrix and vectors
* as described in the general
* documentation.
const bool eliminate_columns = true);
/**
- * Apply dirichlet boundary
+ * Apply Dirichlet boundary
* conditions to the system
* matrix and vectors as
* described in the general
#ifdef DEAL_II_WITH_PETSC
/**
- * Apply dirichlet boundary conditions to
+ * Apply Dirichlet boundary conditions to
* the system matrix and vectors as
* described in the general
* documentation. This function works on
#ifdef DEAL_II_WITH_TRILINOS
/**
- * Apply dirichlet boundary
+ * Apply Dirichlet boundary
* conditions to the system matrix
* and vectors as described in the
* general documentation. This
const bool eliminate_columns = true);
/**
- * Apply dirichlet boundary
+ * Apply Dirichlet boundary
* conditions to the system matrix
* and vectors as described in the
* general documentation. This