Sentence examples for behavior of these components from inspiring English sources

Finite element modeling (FEM) can offer a means to better understand the behavior of these components.

With these velocities as input, further studies are performed to predict the dynamic behavior of these components.

The particular features of corrosion behavior of these components made by stainless steels: 304, 446 and HH, are presented.

The interdependence of the thermal behavior of these components on each other and on other thermally dependant processes like cell venting, separator meltdown and weld joint failure are also discussed.

In this work, it is shown that without any simplifying assumption, two equivalent length scale parameters can be defined for functionally graded bars and the size-dependent mechanical behavior of these components can be explained using these parameters.

However, recent work has employed the concept of fractional impedances to model and describes the behavior of these components [9].

The interesting results for stoichiometry and electrochemical behaviors of these components were obtained by using the proposed algorithms.

The strain behaviors of these components before and after shape recovery were found to phenomenologically obey the quadratic functions as follows: (7) ε f = 0.0054 ε i 2 + 0.2440 ε i,   (R 2 = 0.999 ), ε f = 0.0067 ε i 2 + 0.1983 ε i,   (R 2 = 0.998 ), for XLPE hip and knee prostheses, respectively.

While it is generally dedicated to purified macromolecules and at a defined concentration, DSC analyses could provide important qualitative information about the thermal behavior of the components in the extracted spinae fractions.

The random behavior of the components of the model can be seen in the graphs.

Using the global bifurcation techniques, we study the global behavior of the components of nodal solutions of the above problems.