Sentence examples for more flexible structures from inspiring English sources

Conditions of Flexibility, published today by Professor Ron Barnett, emeritus professor of higher education at the Institute of Education, University of London, looks at how universities can offer more flexible structures and the conditions under which flexibility can flourish.

Students increasingly want their courses to move in step with the demands of the modern economy, so how can universities introduce more flexible structures while maintaining standards?

To enable more flexible structures, optimization of growth conditions for InP on InGaAs enabled the thickness of released InP beams to be significantly reduced compared to previous works.

Compared to the 3D lead-halide perovskites (MAPbX3, X=I/Cl), two dimensional (2D) perovskites have more flexible structures, with more relaxed limitations in the size of the organic cations and produce interesting variant of photophysical and electronic properties.

For this structure, comparable seismic loads are specified in Canada and Chile, whereas significantly lower seismic effects are prescribed in the U.S. In all countries, use of the dynamic (response spectrum) analysis method resulted in lighter and more flexible structures compared to the equivalent static force procedure.

However, for larger and more flexible structures, an energy window of 25 kcal/mol for torsion search gave some noticeable improvement to the overall accuracy for larger and more flexible structures and may be better threshold for general purpose use.

This results in a more flexible structure than reality.

IT2 FLSs, having a more flexible structure than T1 FLSs, exhibited relatively small approximation errors in the several examples investigated.

These graphs were introduced in Bretto and Faisant (2005) as an alternative to Cayley graphs: they still have strong regular properties but a more flexible structure.

The mono DDSQ showed more flexible structure and toughened the epoxy resin better, while the branched poly DDSQ exhibited better thermal resistance.

In contrast, lithium vinylene dicarbonate (Li2VDC)'s backbone is closer to the surface and exhibits a more flexible structure than the Li2EDC oligomer.