Based on FE simulation results, appropriate process design without causing under-filling and folding defect was determined.
The net section strength, defined as the peak tensile load divided by the remaining intact area in the section with the defect, was determined for a range of defect sizes and cell sizes.
After 3 months, implants with adjacent tissues were processed histologically, bone-to-implant contact, bone fill within the threads, new bone area in a zone lateral to the implant, new bone height, and new bone weight at the bottom of the defect were determined.
Acidification defect was determined by the inability in decreasing UpH for less than 5.50.
Table 3 shows how severity for an altitudinal defect was determined using 23 altitudinal defects in the training set identified by the expert panel.
Using pressure-sensitive films (Prescale, Super Low Pressure Fuji Photo Film, Fuji Photo Film Co Ltd, Tokyo, Japan; pressure sensitivity range: 0.5 to 2.5 MPa), contact area between musculus infraspinatus tendon and Hill-Sachs defect was determined.
On the basis of the maximum plastic strain failure criterion put forward by previous scholars, failure pressure of finite element models containing dent and scratch defects is determined.
The changes of structural properties and lattice parameters due to the addition of defects in the FeAl matrix are compared, and the site preference of each type of defects is determined from the total energy calculations.
A chemical expansion coefficient for isolated defects was determined using the model.
