This relaxation is accompanied by an expansion and shape-change of the cores as well as the rearrangements of the core's surface spikes to display no specific order.
Foam expansion and pore shape were studied by the construction of expansion maps and image analysis on foam cross-sections.
Multiscale eigenelement method (MEM), which was presented by the author and co-authors, is based on the idea of eigenvector expansion, and the shape functions in MEM bridge the information between macro and micro scales.
The method utilizes the combination of pulsed laser heating and softening of a thin film, expansion, fracture and shaping due to pressure generation and surface tension, and resolidification in the final shape.
The primary direction of expansion, and ultimately the shape of the cell, depend on the orientation and alignment of the cellulose microfibrils, which are controlled by the cytoskeleton just inside the plasma membrane of the cell.
During expansion, the median solidity and shape factor decreased overtime and plateaued after 60 h.
When buds are reactivated in the spring, most leaf expansion is thought to be result from cell expansion, but cell division also occurs and the temporally overlapping cell division and expansion determine the final size and shape of the leaves [ 4, 5].
The reproducibility that we have demonstrated allows the implementation of more sophisticated transport protocols (such as shortcut-to-adiabaticity protocols23 or optimal control protocols), and enables shape oscillations to be used jointly with delta-kick collimation to reduce and shape the expansion of BECs, to extend the time that they spend in the interferometer.
In this study, the problem of mass normalized mode shape expansion, and subsequent physical parameter identification, for shear-type structural systems with input output measurements is investigated.
