The key issue is to decompose the compatibility matrix of a deployable structure into block matrices in the symmetry-adapted coordinate system, and then extract new mechanism modes with lower-order symmetries.
This study verifies that the bending mode with lower order can help a lot in improving the power density.
It is shown that for the natural mode with lower circumferential wavenumber, only the primary instability regions exist.
On the other hand, the regions with sudden changes (scene, light, an object that appears) are coded in inter-modes with lower MB mode partitions (such as 4 × 8, 8 × 4, and 4 × 4) or even in intra-mode.
They could be operated in "ambient" mode with lower power constraints, by sniffing whatever is nearby, or by heating up any residual material that found its way into the ovens.
It concerns a double lumen disposable tube device that could be adapted to conventional cardiopulmonary bypass (CPB) and/or CAD, for inducing a homogenous, downstream pulsatile perfusion mode with lower energy losses.
As shown in), it concerns a double lumen disposable tube device that could be adapted to conventional CPB and/or CAD, for inducing a homogenous, downstream pulsatile perfusion mode with lower energy losses.
As shown in Table 2, it is clear that all the modes detected from numerical data using the SSI-DATA technique are the theoretical inter-area modes, but with lower damping.
Here among F0, F1, and F2, we only included F0 because modes with a lower number of nodes have higher Q-factors.
The modes with the lower frequencies represent preferential global motions.
