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Infants' sensitivity to shape changes.
Because the elements of shape change vectors derived from biological data are unlikely to be comparable to random vectors of the same length, we could not use conventional significance testing procedures for assessing biological significance of these correlations.
This paper presents a finite element method for large shape change of a solid due to matter diffusion on its surface.
Conventional shape optimization based on the finite element method uses Lagrangian representation in which the finite element mesh moves according to shape change, while modern topology optimization uses Eulerian representation.
Its finite element model comprises 11,442 triangle elements (shapes).
Transposable elements (TEs) are an important factor shaping eukaryotic genomes.
Compounded with the fact that the number of small elements tend to be higher within each model in regions of high curvature or shape change, stress increases can be observed without changing inputs other than element quantity.
The shape change is effected by shape memory alloy face sheet elements, which exploit a "one-way" shape memory effect only.
In shape optimization, the independent node movement approach, wherein finite element node coordinates are used directly as design variables, allows the most freedom for shape change and avoids the time-consuming parameterization preprocess.
Did the spike shape change?
One is the shape change per se.
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