Computed simulation of the constructions of metal-ceramic dental prostheses

The use of optimization algorithms in practical dentistry makes it possible to design frames of metal-ceramic prostheses with specified durability and a minimum weight of the frame which serves as the base of the prostheses. The results obtained by this method take into account peculiarities of each individual case. Saving of precious metals cheapens prostheses significantly and thus widens the contingent of patients, including least socially protected people (pensioners, children, diabetics etc.)

mathematic modeling, dental noble alloys, metal ceramic prostheses