Effect sizes (Cohen's ƒ ) for both volume and shape are provided in Table 4; the effect sizes for the shape comparisons were larger than those for the volume comparisons.
Next, a direct relation among the shell curvatures, roving force, internal pressure and slippage coefficient, as a basis for determining non-geodesics-based isotensoid shapes, is provided.
Traditional energy shaping controller with gravity compensation is revisited first and some drawbacks are analyzed; on this basis, a nonlinear state feedback controller along with energy shaping is provided, which can enhance the residual vibration suppression and reduce the overshoots of motor position.
In addition, a specialized set of node and edge shapes is provided, which build the basis for an SBGN compliant network visualization.
In addition, some new frequencies and mode shapes are provided to augment the archived reference frequencies and mode shapes.
Several numerical examples with prescribed target frequencies and different initial shapes are provided to demonstrate that the proposed method can provide clear, optimized structures for the design of negative bulk modulus acoustic metamaterials.
In the present section, numerical examples which are carried out for the shape control of beam with different boundary conditions, the shape control is provided using five piezoelectric actuators made of PZT G-1195 mounted at the top and bottom surfaces of the beam, see Fig. 3.
Illustration of shape variation is provided by the wireframes in Figure 4 and the comparison plate of skull photographs in Figure 5.
In that case, motor-perceptual interactions should arise when only shape information is provided as a stimulus, isolated from the movement kinematics.
