We are trying concurrent engineering using 3D models, and the examination
of the layout and processing also by means of 3D models. 

Strength evaluation in areas that are past the yielding point is also possible
by means of the nonlinear structure examination using the finite element method.

Highly precise fluid analysis is also possible by making the change of flow of the pretrial
shape visible, and by means of the unstructured fuild analysis based on the finite volume
method.

We shorten the production period by making a resin mold model with the 3D-CAD data,
and conduct an evaluation of pretrial actual machines before the trial production
and evaluation of the ease of assembly.

Evaluation that takes into account heat and vibration is possible by pattern
driving using the actual vehicle.

Evaluating the efficiency and durability by recreating the engine resistance of the actual
vehicle.

Evaluating the efficiency and durability of the pump
by recreating the engine resistance of the actual vehicle.

Evaluating the efficiency and durability by making the flywheel roatate at high speed with
the motor and putting the brakes on, using an inertia model friction tester.

Evaluating the function and durability by applying the impact load
on the fifth wheel coupling when towing the trailer.

Evaluating the durability by recreating the load when cornering and
the load of the trailer.

Primary evaluation of the basic strength of the materials
(tensile strength, yielding point,and stretch),
by using the all-purpose tensile testing machine.

All surfaces in this room, including the floor, are made with acoustic absorbent materials.
Because there are no echoing of sounds, we are able to evaluate various noises.