The main objective of this research is to investigate phase transition in micro channel arrays through identify the dependence of phase transition on microstructure geometry.
Electrical conductivity measurements were also performed on CNT/polycarbonate composites to identify the dependence of their electrical transport characteristics on the nanotube content.
A systematic set of ex-situ experiments were carried out on Nickel Titanium (NiTi) shape memory alloy (SMA) in order to identify the dependence of its biocompatibility on sample geometry and body location.
The main objective is to identify the dependence on the bend geometry and the strength of two-way coupling, and to derive a critical, geometric parameter, by means of which it is easily evaluated whether significant two-way effects occur or not.
Several experimental and modeling studies have been conducted to identify the dependence of Young's modulus and yield strength of nanowires (NWs) on factors including temperature, loading rate or strain rate, geometry, and size [14 18].
Overall, our goal is to use rank diversity as a tool to understand rank dynamics in sports, games, and other hierarchical complex systems, thus enabling us to identify the dependence on rank of a change in the hierarchy of the system.
Another interesting aspect to explore would be to calibrate different force feedbacks for different scenarios to enable students to certainly identify the dependence of the electric force with distance for the different charge configurations such as constant for plane charge, linear decrease for infinitely long line charge and quadratic decrease for point charge (Neri et al., 2015).
Binary logistic regression analysis with selection method was likewise used to identify the dependence of FPS use on independent variables.
We identified the close dependence between the changes in the spectrum of Lyapunov exponents and a transition to different types of synchronization.
