Lastly, the result parameters (displacement, forces, stiffness, plasticity and energy) are analyzed and conclusions are drawn.
The presented methods include measurement of cinematic parameters (displacement, speed and acceleration) and electrical parameters (arc voltage and current) as well as high speed optical measurement of arc appearance.
Tables 2– 3, 4, 5, 6 list the positional parameters, anisotropic displacement parameters, interatomic distances, and angles in these structures.
Table 1 presents the main atomic parameters, displacements factors, and discrepancy factors resulting from the refinement.
The extrinsic parameters (load, displacement and stiffness) measure the whole bone properties, while the intrinsic parameters (stress, strain and Young modulus) measure the bone material.
Analysis of the varying equivalent linear system parameters with displacement is used to distinguish linear and nonlinear segments.
These constraints are analytical "translations" of the limitations that the user wants to impose on the design variables themselves, or to parameters like displacement, stress, and ultimate strength.
The measured response parameters are displacement and acceleration of the structure along the direction of force.
Some experimental parameters and displacement fluid characteristics are listed in Table 2.
300 s Table 2 Hydraulic motor parameters [17] Displacement 107 cMaxrev Max.
Statistically significant differences between the unloaded and loaded cases were found in each of the parameters studied (displacement magnitude, recovery velocity magnitude, and time to peak displacement, p < 0.005).
