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The analytical model predicted well the response of the tested beams.
A proposed analytical model predicted the development of mechanical properties well, particularly under low isothermal and cyclic temperature conditions.
Also, the analytical model predicted the maximum loads relatively close to the test values of failure loads in several repaired and control girders.
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Notably, this analytical model predicts that absorption vanishes completely due to electric field cancellation at the metasurface when α is a multiple of π, i.e. when the metasurface-to-mirror spacing d becomes a multiple of λ/2.
Our analytical model predicts (duly confirmed by our experiments) a strong indentation size-effect due to flexoelectricity.
It is demonstrated that the analytical model predicts with good accuracy the shear strength of RC beams strengthened with HCPs.
The brush simplified analytical model predicts the effects of centrifugal force on the bristles and allows implementation of a methodology for choosing and optimizing bristle geometry.
In this study, predictive microbiology and food engineering were combined in order to develop a new analytical model predicting the bacterial growth under dynamic temperature conditions.
Comparison of results indicate that the analytical model predicts both quasi-static nonlinear push-over and nonlinear dynamic resonant behaviour very well.
The analytical model predicts that an increase in the Womersley number leads to higher shear stresses at the cylinder wall and decrease in fluid angular velocity inside the cylinder.
A simple analytical model predicts that, for a given mouth pressure of the instrumentalist, the radiated power does not depend on the size of the hole if it is wide enough and if resonator losses are ignored.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com