Sentence examples for master curves in from inspiring English sources

This study attempted to evaluate the TTS validity using finite element (FE) method by developing master curves in a broad range of low temperatures.

This change in glass transition temperature leads to an horizontal shift of master curves in accordance with the water content level.

Findley's power law model was found to be more appropriate for fitting the creep master curves in comparison to Burger's four element model.

To extend the application of the procedure for simulating the master curves in time domain, an existing continuous relaxation spectrum model and a derived continuous retardation spectrum model for the 2S2P1D model were employed.

It is found that the magnitude of changes depends significantly on the membrane water content, with master curves in terms of water volume fraction and water per charge realized.

Approximate Kramers-Kronig relations have shown success in constructing master curves in compliance with the linear viscoelastic theory for the magnitude and phase angle of the complex modulus of an asphalt mixture.

Both values tend to align on a single master curve in good agreement with Langmuir adsorption theory, provided one takes into account the decrease of the effective target concentration due to target target hybridization in solution.

Predicted filtration rates for all values of the cross-flow velocity may be represented by a single master curve, in reasonable agreement with the experimental results of Mackley and Sherman.

We derived a pressure drop correlation fitting well with the obtained master curve in a general form into which the AR effect on the pressure drop is directly incorporated.

The temperature dependence of a chain contraction can be represented by a master curve in αh3∣τ∣Mw1/2 vs ∣τ ∣Mw1/2 plot, where αh=Rh/Rh,θ and τ=(T−θ)/θ.

The temperature dependence of the intrinsic viscosity can be represented by a master curve in a plot of αη3|τ|Mw12 (g12mol−12) vs. |τ|Mw12 (g12mol−12), where αη=(T/θ 13 is the viscosity expansion factor and τ= T-θ /T is the reduced temperature.