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We get the effects of the layer by investigating the limiting δ, the thickness of the layer shrinking to zero.
The effects of the layer number, breakwater width, upper plate porosity, and incident wave height were compared.
The effects of the layer composition and preparation temperature on the electrochemical, morphological and microstructural characteristics and durability were investigated.
The effects of the layer number and thickness of graded structure on residual stresses in the gradient composites were investigated by finite element method (FEM).
The effects of the layer number, atomistic interaction of graphite layers, and the aspect ratio of the CNTs on the load transfer efficiency were of concern.
Parametric studies were performed to discover the effects of the layer thickness on the distribution of temperature, contact stress beneath the punch and stress intensity factor at the punch edge.
Similar(54)
Meanwhile, the geometrical effects of the layers on the band structures are investigated.
The effect of the layer number on the microwave absorbing capacity was studied by theoretical calculations and experimental measurements.
An analytical equation considering the effect of the layer was used to calculate the flow rate.
Electron transfer (ET) on the mixed surface and the effect of the layer structures on ET are systematically studied.
The effect of the layer shrinkage on the dust-layer temperature distribution and ensuing ignition is computed for various layer parameters.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com