The Stanford Microsystems Lab includes a range of projects on micromachined sensors for system monitoring and modeling, development of novel processes and devices for measuring nanoscale mechanical behavior, and the analysis, design and control of integrated electro-mechanical systems.
In order to evaluate properly the effect of different geometric designs of mini-implants on their mechanical behavior, finite element analysis (FEA) has long been a popular tool.
Then, the braided stents were analyzed to investigate their mechanical behavior using finite element analysis software, in which the constitutive equation was implemented through a user material subroutine.
AG carried out the behavior analysis of mechanical sensitivity.
Nguyen, T. D., Oloyede, A. & Gu, Y. T. A poroviscohyperelastic model for numerical analysis of mechanical behavior of single chondrocyte.
Considering that there is no specific amount to show the mechanical behavior of joint, using statistical analysis is essential.
The analysis of mechanical behavior and the design method can be used for the design of these innovative composite beams and provide a significant foundation for further research.
It would be better to use a criterion considering the effect of the intermediate principal stress on rock mechanical behavior, especially for the stability analysis of deeply seated rock engineering.
The nature of the connections between the skull bones is important to the analysis of mechanical behavior, because these connections influence the relative movement of areas of the skull (i.e., cranial kinesis) [10] and hence the distribution of stress and strain [11], [12].
Due to the limitations mentioned above a more sophisticated analysis of the mechanical behavior of the model system in terms a an in depth analysis of the stresses and strain occurring in the the implant and the bone will not add valid information at this point of model development.
