Sentence examples for most influential material from inspiring English sources

Catalyst wettability is found to be the most influential material property concerning bubble overpotential for all three types of bubbles.

The importance vector of random variables reveals that the adhesive shear ductility is the most influential material property in determining the reliability index of the bonded joints.

A finite element numerical model was constructed, calibrated with the experimental results, which allowed performing a nonlinear parametric study to evaluate the most influential material and geometrical parameters in the out-of-plane behavior of stone masonry walls.

Computer analysis shows the most influential material parameter in the CFRP composite, random fluctuations of the effective tensor following an input uncertainty as well as some perspective of effective parameters of these composites resulting from permanently increasing Young modulus of the carbon itself.

We develop "response charts" for the response characteristics: shape fixity, shape recovery and maximum stress rise during cooling, to give the designer an idea of how the simultaneous variation of two of the most influential material parameters changes a specific response parameter.

The build orientation is one the most influential factors on material properties in additively manufactured parts.

This model is conceptually similar to models of viscoelastic thixotropic materials, the most influential being the one proposed by Acierno and colleagues in 1976 [26].

However, which packaging material is the most influential remains unrevealed.

It was found that compaction of the material is the most influential factor to optimize the storage system.

However, taking both the respondents' results and the citation-based results into consideration, the Journal of Hazardous Materials is the most influential journal, followed by Reliability Engineering and System Safety, Risk Analysis, Accident Analysis and Prevention and Safety Science.

Geothermal binary systems using low-enthalpy reservoirs are an example: the construction of the wells for this technology, requiring large quantities of energy and materials, is the most influential process on the overall environmental performance, with the largest GHG emissions over all processes (Frick et al. 2010).