Effect of specific retention biomaterials for ball attachment on the biomechanical response of single implant-supported overdenture: A finite element analysis

Three-Dimensional Finite Element Investigation into Effects of Implant Thread Design and Loading Rate on Stress Distribution in Dental Implants and Anisotropic Bone

“…The Finite Element Method (FEM) provides an extremely efficient approach for analyzing biomechanical problems [16][17][18][19][20][21][22]. FEM is particularly attractive for the analysis of biomechanical processes, which are difficult (if not impossible) to examine in vivo or in vitro.…”

Study on the influence of temperature and strain rate on the tensile behavior of Ti–5Mo–5Cu alloy biomaterial alloy: a molecular dynamics simulation

“…It is also discovered that the strain rate has a positive impact on the tensile characteristics associated with temperature, due to its higher impact on the restraining performance between various atoms and strain toughening effect, which increases the resistance against the dislocation movement due to an increase in atoms' kinetic energy and the assistance of various atoms' atomic movements, which causes an increase in the development of more dislocations, an increase in temperature causes a severe drop in the tensile properties [22,[25][26][27]. Based on the aforementioned finding, it is concluded that the strain rate, which is followed by the temperature, which results in a change in tensile behavior and its characteristics, has a complicated effect on the tensile properties of the Ti-5Cu-5Mo biomaterial alloy [23,24].…”

“…The reflection in figure 7 clearly insists that the dislocation formation shows a crucial role in the deformation mechanism of Ti-5Cu-5Mo biomaterial alloy and also it is quantified that the augmentation in deformation time primes to surge the formation of dislocations such as 1/6 <112>, owing to the occurrence of owing to the existence of strain strengthening effect and restrain behavior between the various atoms. From figure 7 it can be stated that the introduction of higher strain leads to invoking higher perturbed lattice structure, owing to the introduction of strain toughening effect during the tensile deformation process [18,19,[22][23][24]. The foremost effects of the temperature and the strain rate over the variants in tensile features such as yield stress and strain are analyzed and presented in the following sections.…”