Sentence examples for composites for which from inspiring English sources

The field of random fibre composites, for which the network of heterogeneities is complex and leads to several numerical shortcomings, is considered.

Moreover, rheological measurements showed a decrease in the viscosity of the neat matrix, while the opposite was observed in composites for which the highest viscosity is obtained after five cycles of extrusion.

This was further confirmed by numerically simulating the mechanical behaviors of the composites for which (a) the matrix might assume different strain-softening or strain-hardening characteristics and (b) there were higher loadings of rigid silica particles.

Expressions (29) (31) allow us to single out the class of composites, for which both approaches give the same results.

This pair of statistics was followed by MFC1, MFC4, and MFC5 composites for which the corresponding improvements in adsorption capacity and breakpoint values over pristine Mg-MOF-74 have been evaluated to be 4.43 and 5.71, 2.21 and 7.3%, and 1.49 and 4.98%, respectively.

Plueddeman[ 4] recognized this dynamic when considering that in composites for which there were substantial differences between the coefficient of thermal expansion between inorganic substrates and polymers physical properties were maintained during high-temperature processing and room-temperature performance.

It relies on the analysis of a periodic composite for which an exact resolution of both the original nonlinear homogenization problem and the linear homogenization problems associated with the chosen linear comparison composite (LCC) with an identical microstructure is possible.

This paper explores the use of a stochastic approach to the design of stiffened composite panels for which typical applications can be found in composite ship structures.

The same characteristics have meant that they are used as reinforcements for composite materials for which their flexibility permits the production of complex forms which have high-specific properties.

In 1964, he began his "Composite" series, for which he was awarded the first of two Guggenheim Fellowships.

This classification is performed using data from a similarly configured composite bond for which baseline data are available.