Sentence examples for numerous parameters with from inspiring English sources

However, constitutive models for granular materials based on a micro-mechanical approach remain scarce; solving practical engineering problems most often requires using phenomenological models, which often introduce numerous parameters with no physical meaning.

Therefore, it is quite difficult to scale up a general method for the nanoparticles synthesis using surfactants, because numerous parameters with different influences enter in to consideration, while studying a particular system.

Central to the concept of hybrid breeding is the phenomenon of heterosis or hybrid vigour [1], which essentially describes the superiority of the hybrid line derived from two parental inbred lines with respect to numerous parameters, with yield being the most important one.

While the structure of our analyses did not allow for formal uncertainty propagation, given the numerous parameters with no plausible uncertainty quantification, we recognize that the uncertainties in our monetized public health damage estimates are significant.

Principal component analysis (PCA) is a useful statistical tool for identifying patterns in a data set comprising of numerous parameters each with wide data range.

Some EuPathDB searches have numerous parameters, many with values that change depending on user choices for other parameters.

However, the methods of measuring these parameters are expensive and unsuitable with a good forecast of the material behavior due to numerous parameters that interact with each other.

The PWV value and the log{(number of segments with plaque) + 1} showed a positive correlation with numerous parameters such as age, systolic blood pressure, visceral fat, fasting glucose level, serum triglyceride level, and C-reactive protein (CRP) in contrast to the negative correlation with high-density lipoprotein-cholesterol level.

The high cost of experimental tests and limitations in the number of geometrical and mechanical parameters, in addition to advances in numerical methods that provide the ability to simulate complicated structures with numerous parameters, make the finite element method an attractive device for modeling the behavior of structural connections in fire.

However, solar cell models have a non-linear form with numerous parameters.

So far, these models are developed on the basis of the solid flux theory with numerous parameters and complicated boundary conditions, and their prediction results are often unsatisfactory.