Sentence examples for mechanical properties equivalent from inspiring English sources

It can be readily prepared from 5-mL plasma or more and exhibits mechanical properties equivalent to those of the leading commercial sealant.

Implants designed and fabricated with this design strategy and manufacturing process would have mechanical properties equivalent to the part they replace and restore better function and esthetics as against the currently used methods of reconstruction.

As no heat is required for the manufacturing and laying of Cold Bituminous Emulsion Mixtures (CBEMs), significant advantages could be gained if these mixtures have mechanical properties equivalent to those of the traditional hot mixtures.

The responses of 3D riveted joint simulations can then be considered as reference and be used to optimise the mechanical properties of equivalent joint elements.

To avoid the complexity brought by multiple isomerization reactions, we constructed the heteropolyprotein (I91ΔCys)2-I69-(I91ΔCys)2 that contains only 3 cysteines in the central I69 domain and is fingerprinted by the cysteine-free I91 modules, whose mechanical properties are equivalent to wild-type I913.

The challenge is therefore to determine the mechanical properties of the equivalent material to accurately model the sandwich structure.

"Not only because of its rate of growth, but because of the mechanical properties, tensile strength equivalent to that of steel, and we felt that would be a good way to protect our hi-tech products".

The equivalent mechanical properties derived herein are: the in-plane equivalent Young's modulus, bulk modulus, and coefficient of thermal expansion (CTE); the out-of-plane Young's modulus, rigidity modulus, CTE, and the Poisson's ratio.

The aim of this study was to better understand how to increase collagen content in and enhance mechanical properties of tissue-equivalents formed by entrapping tissue cells in fibrin gels, with the ultimate goal of developing mechanically robust artificial tissues.

Based on the Classical Laminate Plate Theory and Shear Deformation Theory, the equivalent mechanical properties of laminated face-sheet are obtained; based on a homogenization concept combined with a mechanical of materials approach, the equivalent in-plane and out-of-plane shear moduli of pyramidal core are obtained.

The two formulations address the problem of finding the optimal representative microstructural element for periodic media that maximizes either the weighted sum of the equivalent strain energy density for specified multiple macroscopic strain fields, or a linear combination of the equivalent mechanical properties.