Sentence examples for embedded laminae from inspiring English sources

Extracted shear failure strains, for embedded laminae, were more than four fold larger than those measured at ultimate failure for an 'isolated' lamina.

The role played by the non-linear lamina shear has also been assessed by comparing various shear stress strain curves for embedded laminae (extracted from tests on ±45° tubes subjected to circumferential: axial stress ratios SR=1 0, 1:−1 and 2.3:−1) with that of an 'isolated' lamina (measured from torsion of 90° tubes).

Special emphasis has been put on the difference between an isolated and an embedded UD lamina.

The protein is part of the major protein network embedded in the basal lamina giving it strength interacting with integrin and the hemidesmo-somes and thereby supporting the strong interaction with the basal cells of the epidermis which is primarily through laminin of the basal lamina and integrin α4β6.

The simplified, but representative, model of an actual unidirectional lamina considered included ten fibres embedded in a matrix cell whose external dimensions were much larger than the fibre radius.

The fine-scale optimization problem is treated as a meso-level single-ply representative volume element (RVE) problem or lamina wherein the weave pattern is embedded in a matrix pocket.

Methods: Seed aleurone, leaf mesophyll, stem cortex, root cortex, and petal lamina from Arabidopsis were fixed and embedded for electron microscopy using protocols developed for animal tissues and modified for use with plant cells.

A constitutive model to predict stiffness reduction due to transverse matrix cracking is derived for laminae with arbitrary orientation, subject to in-plane stress, embedded in laminates with symmetric but otherwise arbitrary laminate stacking sequence.

Schwann-cell-derived basal or external laminae surround all myelinated and unmyelinated fibers, which are embedded in a network of collagen fibrils within a proteoglycan-containing ground substance.

Experiments were conducted with various diameters and numbers of embedded SMA wires, and numbers of the glass-fiber fabric lamina, which were compared with an analytical model.

The main barrier for percutaneous absorption of most chemicals is the stratum corneum the surface lamina consisting of several layers of corneocytes, which are embedded in a lipid matrix represented by multiple bilayers separating the cells.