Sentence examples for constructive parameters from inspiring English sources

These measurements can then be translated into constructive parameters for customized footwear design.

The dynamic of the process is studied in terms of the number of generated OAM states and the constructive parameters values.

A graphical representation of the angular capacity is also proposed to intuitively illustrate the relative motion range and the constructive parameters that influence it are identified.

This paper experimentally and numerically investigates on this issue, pointing out which constructive parameters mainly influence the cracking behaviour of the frescoed or stuccoed lower surface, and thus providing guide lines for designing compatible conservation and retrofitting interventions.

With the criterion of high diffraction efficiency, low electric field enhancement and sufficient manufacturing latitude, TIR compression gratings with optimized constructive parameters are obtained for TE- and TM-polarized incident light, respectively.

This new numerical model has the advantage of needing a lower computational effort, allowing the study about the influence of operational and constructive parameters, as well as, the application of geometric optimization methods in EAHE.

Constructive parameter of the involute was thrust angle of 35°, which allowed constructing spur pinions of only eight teeth.

The results from presenting model were analyzed to predict the effects of variations in the constructive and operating parameters on the efficiency.

It amounted to 486 watts; this will be needed in the future to calculate the constructive and regime parameters of the proposed device.

Also, the entropy generation in the cycle and system can be expressed as a function of speed and many constructive and operational parameters, such as temperature of the thermal reservoir, the compression ratio and the dimensions.

To help companies define and implement the right efficiency measures for cold production, this work aims to develop a methodology for simulation and optimization of energy consumption in cold chambers by improving both constructive and operating parameters (external temperature, enclosure insulation, door opening time, etc)., which contribute to the infiltration of heat energy.