Sentence examples for predefined material from inspiring English sources

Separate criteria for the rejection and admission of elements allow material to redistribute between the predefined material models and efficiently achieve the optimum design.

All data concerning flows and cost of technologies, pipes and transport can be provided in predefined material and operating units input tables of PNS Studio.

Predefined material properties and orientations are assigned to them but their thickness is specified to zero by a thickness control factor.

Furthermore, the numerical results indicate that a dimensionless diffusion coefficient may be used as a parameter to control the formation and evolution of the phase-separated regions during spinodal decomposition as a means to customize functional polymeric materials with predefined material properties.

MVDA models are designed to assess and ensure (in near real-time) that the progression of a batch is evolving within the defined design space during processing, thereby ultimately yielding material meeting predefined critical quality attributes.

The reproducibility of the aortic constriction, and hence pressure overload, was assessed by post-mortem measurement of the residual luminal area (RLA) and constrictions falling outside predefined limits were excluded (see Supplementary material online).

Electrochemical impedance spectroscopy (EIS) is an analytical method used to examine the interface between a material, presented as an electrode, and predefined solution.

After performing the enzymatic hydrolysis of pretreated materials obtained from the reaction conditions predefined by the RSM and statistical analysis of the data obtained, numerical and graphical optimization was performed.

We then talk about self-folding: smart material are designed to assemble into a predefined shape through the application of an external stimulus.

In view of the FFF nature, which produces specimens layer by layer and following predefined orientations, the main assumption considered is that the materials behave like laminates formed by orthotropic layers.

The first approach is based on the equidistribution of the residuals of the material and energy balances around envelopes that include predefined regions in the column.