WE TRULY UNDERSTAND BALL BEARING KINEMATICS AND ENERGETICS
POWER criterion IS KEY
No method of calculation or modelling can properly approximate the effective behavior of the balls, let alone the bearing, via the Newton’s formalism. For this reason, all the methods used so far have shown their limitations or their incompleteness.
We base our characterization on a new power criterion and a related original tool, Rose, instead of the classic newtonian dynamics based softwares, to achieve the bearing equilibrium.
UNique in the world
We do not rely on traditional or specific digital market modeling tools, which cannot guarantee access to the real equilibrium of the bearing. These tools do not remove some uncertainties. Nor do we rely on the classic formalism used by bearing manufacturers to predict service life.
We follow a specific analytical approach, unique in the world, and characterize, on a case-by-case basis, the kinematics and the dynamics of the balls. Whatever the operating conditions.
In addition, we have defined a new, unconditionally stable cage model for bearing, for which a patent is pending (ref. EP22191261).