Three different simulated active loading protocols, with loading ratios based on muscle activity and physiologic cross-sectional area, were tested.
These loading protocols differ between test campaigns.
The specimens were subjected to different loading protocols.
However, this design would likely require substantially more hands-on-time as sample height and loading protocols would need to be individually determined and tailored.
In addition, findings of the present study are significant for the development of displacement loading protocols.
Parameters such as geometric dimensions, material and mechanical properties, test setups and loading protocols and test results were collected.
Usually, calibration is based on matching the experimental and numerical cyclic responses under loading protocols proposed by standards.
Special focus is given to new developments in implant design and loading protocols aimed at accelerating osseointegration of dental implants.
Here, we used an established rat fracture model, which uses a 2 mm osteotomy gap stabilized by an external fixator, to examine the impact of various cyclical axial loading protocols (2%, 10%, and 30% strain) on osteotomy healing.
Utility of Pinching4 model is illustrated to predict the wall response under general monotonic and cyclic loading protocols.
During both centered (P =.02) and eccentric (P =.05) loading protocols, glenoid contact migrated posteriorly in conforming implants.
