KENT is one of the most powerful automatic finite element mesh generation tools
designed specifically for the casting industry. KENT generates a multi-component
(casting, mold, core, chill, etc.) finite element model from simple STL surface files.
This method allows foundry engineers to take advantage of the solid models which
many shops already generate for their molds and dies. KENT features a new variable
density meshing capability.

This allows for substantially smaller models to be generated, which in turn allows
for much quicker analysis runs. Near the casting surface, the mold elements are
similarly sized to the elements in the casting. This ensures accurate simulation results.
In the table below, the mesh sizes are compared, as well as the time required to run a
natural solidification analysis on each model, with the relative improvement in the
new mesh compared to the old mesh displayed in the last column:

Finite element models, especially those generated by KENT, are the only true way to
simulate your casting processes. Other methods, finite difference for example, create
too much distortion in the geometry which prohibits a reasonably accurate simulation.

Our new variable mesh density capability significantly
impacts the efficiency of the simulation. It has the
advantage of being extremely fast and resource
efficient while still being easy to use. KENT is for users
who want the meshing speed of finite difference and
the accuracy of finite element analysis. KENT gives you
the best of both worlds.

KENT, along with other meshing tools provided by
EKK, also give you the ability to make modifications
to the mesh even after it has been created. In
conjunction with other CAPCAST modules, KENT
plays an integral role in providing you with the most
accurate and efficient analysis available today