The development of a new method for the automatic generation of comput
ational grids around complex aerodynamic configurations is described.
The grid-generation procedure uses a Cartesian cell, embedded, unstruc
tured approach that enables the efficient placement of computational c
ells to resolve important Bow regions close to the surface. The main d
ifference between the present method and most existing grid-generation
techniques is the avoidance of the need to explicitly generate a surf
ace grid, This new approach is easily automated and is capable of prod
ucing grids around arbitrarily complex geometries. The capabilities of
the method are demonstrated with a selection of inviscid transonic fl
ows solutions.