Sentence examples for pertinent engineering from inspiring English sources

It bear upon an in depth review to investigate potential of ECC, influence on pertinent engineering properties and its impact on construction industry in hot arid coastal climatic conditions.

The results of the test cases indicate that these improved source definitions can have important effects on pertinent engineering parameters, such as neutron wall loading, and should therefore be used for high-resolution nuclear analyses of all toroidal devices.

Research works presented in this paper emphasize some formal large-scale discrete-manufacturing product-driven automation issues within a broader modelling framework addressing the HMS paradigm as a pertinent system engineering approach mainly for products traceability purposes.

By overexpression of the E. coli rspAB operon, we could partly mimic the mutant phenotype and demonstrate that co-overexpression of RspAB is a pertinent metabolic engineering strategy to improve recombinant protein production.

The three-equation cubic k ε A2 model proposed by Craft et al. (Int. J. Heat Fluid Flow 18 (1997 15 288) is evaluated in three-dimensional (3-D) turbulent flows pertinent to engineering applications, especially in the automobile industry.

Radiation shielding potential, attenuation coefficients in a broad range of energies pertinent to engineering applications and density experiments showing the effect of the PbO additions (to improve gamma shielding capabilities) are also presented.

Here, essential characteristics of Salix varieties that are pertinent to ecological engineering are described and related to particular ecotechnologies.

The array consisted of stations on both the sediment basin and the surrounding soft rock, with station separation distances pertinent for earthquake engineering applications.

This study has generated PCL foam scaffolds with properties that may be pertinent to the tissue engineering of the bladder and other soft tissues.

Since the subject of microfluidics is very pertinent to modern chemical engineering, the objective of this chapter is to provide an introduction to the basic physical principles underlying microfluidic applications, and the challenges involved in the design and development of such devices.

The performance of CEHO is compared with the other three EAs (EHO, MOEA/D and NSGA-II) over 17 medical engineering datasets, and pertinent statistical tests were conducted to substantiate their performances.