Sentence examples for based on curve fitting from inspiring English sources

In addition, empirical correlations expressing the results were developed based on curve fitting.

The thermodynamic functions, magnetic heat capacities, and magnetic entropies of these two compounds have been calculated based on curve fitting of the experimental heat capacity values.

An empirical expression based on curve fitting of the measured data was proposed to predict the prestressing stress in the CFRP rod along the length of the beam.

The methodology is based on curve fitting of the V(Q) discharge curve (at constant load) taken from the manufacturer's datasheet.

In order to investigate this in detail, we performed an analysis of the RTH maps based on curve fitting to obtain the time evolution of the occurrence distributions of the irregularities.

Binding associated with control medium containing no peptide was subtracted from final affinity curves, and mean "on" and "off" rate constants (kon and koff) and the dissociation equilibrium constant (KD = koff/kon) were calculated using BIAevaluation Software Version 4.1 based on curve fitting form measurements at 1 µg peptide/ml buffer concentration.

When the TEM-parameters are determined it is possible to deduce and propose rigorous analytical expressions based on curve-fitting techniques done under Origin50 graph environment.

In an earlier study [4], we have found that Darveaux's equations tended to be conservative when applied to the micro SMD, and hence new correlations based on curve-fitting the test data were derived.

Using the exponential damage approach, a simplified analytical model based on only one curve fitting parameter was developed to predict the bond stress-slip relationship.

These are: an algorithm based on the maximum-envelope of the measured radar data, an algorithm based on curve-fitting in the spectrum domain of those data, and a modified CLEAN algorithm.

This mixture distribution method and the method based on curve-fitting of translation function derived from mapping of cumulative distribution functions are illustrated to be capable of capturing the upper tail of translation function, thus lead to satisfactory estimations of extreme statistics for a variety of non-Gaussian processes.