Numerical study of the influence of ultra-thin veneer materials and its thickness on their biomechanical behavior.
This study investigated the influence of ultra-thin veneer materials and its thickness on their
biomechanical behavior using the 3D finite element method to find out which of all these models have a
better performance. The distribution of stresses in the models was studied when composite resin and
feldspathic porcelain were used in ultra-thin veneers with thickness of 0.2 mm and 0.3 mm under static
loads.
