Sentence examples for coupling experimental data from inspiring English sources

Process performance has been evaluated by coupling experimental data with mass transfer equations, using the overall mass transfer coefficient as the process performance indicator.

This study quantifies and compares the volume of cartilage and agarose subjected to a given magnitude range of each intrinsic mechanical stimulus, through a numerical simulation of a patient-specific knee model coupled with experimental data of contact during the stance phase of gait, and agarose constructs under direct-dynamic compression.

Structure information has also been coupled with experimental data to predict peptide:MHC binding via quantitative structure-affinity relationship methods [11].

ZENODO: Molecular dynamics derived side chain order parameters for Asp, Glu, Asn, and Gln residues in ribonucleases H, and molecular dynamics trajectories for E. coli ribonuclease H. doi 10.5281/zenodo.8431 This is an exciting paper which beautifully demonstrates the value of MD simulations coupled with experimental data for understanding structure-dynamic-function mechanisms.

Generating condition-specific models can still be highly useful, especially when coupled with experimental data for testing and validation; methods such as iMAT [ 10] and GIMME [ 17] have been used successfully to estimate the metabolic state of tissues under particular pathophysiological conditions.

Simulation results of the strain/torsion and torque/torsion relationship for different geometrical variations of the elastomer coupling and experimental data of a prototype are presented.

A model coupling numerical and experimental data is established.

We argue that to properly analyze mRNA experiments for their systems-level impact on cellular metabolism, it is necessary to couple these experimental data with a theoretical framework that takes metabolic network connectivity and mass conservation into account.

Analytical modeling is coupled with some experimental data is used to obtain the rate of heat transfer and temperature distribution in the presented system.

Using RCHT, the heat transfer between channels and blade are coupled, while the experimental data is used for heat transfer coefficient between the blade and the hot gases.

The proposed model, coupled with the experimental data, is shown in this work to confirm that the conductivity of the graphene-based biosensor is changed by the electric charge and membrane thickness of the lipid bilayer.