Sentence examples for constructional engineering from inspiring English sources

Tomsk is the site of the first Siberian university (founded 1888), a technological institute (1900), and institutes of teacher training, medicine, transport, and constructional engineering.

Dnipro (to which the city's name was shortened in 2016) has a university and teaching institutes of mining, agriculture, chemical technology, metallurgy, medicine, and railway and constructional engineering.

Another Iron and Steel Act, in 1969, dissolved the old constituent companies and rearranged the corporation into six divisions for general steels, special steels, strip mills, tubes, constructional engineering, and chemicals.

To prevent and control the severe indoor electromagnetic radiation and obtain a broadband wave absorbing material for constructional engineering, layer structured mineral wool boards with carbon black (CB) absorbent were devised and fabricated, and the reflection loss was studied in the frequency ranges of 2 18 GHz.

In order to work out the methods the set of experimental data worked out on the basis of information available in the literature consisting of 300 CCT diagrams made for constructional and engineering steels was used.

The whole development process is divided into three main stages: constructional design, design engineering, process engineering and manufacturing.

This article traces the history of canal building from the earliest times to the present day and describes both the constructional and operational engineering techniques used and the major inland waterways and networks throughout the world.

As some of his colleagues have suggested, constructional morphology as an engineering approach to the study of organisms (i. e., engineering morphology) may replace the traditional concepts of morphology and anatomy and provides the observational base for the historical reconstruction of evolutionary pathways.

The two constructional technologies of micro engineering are microelectronics and micromachining.

Constructional morphology as a quasi-engineering approach can be the morphological pendant to the contemporary molecular approaches to biology, as it can provide the necessary morphological basis for the interpretation of the results of molecular studies in the light of evolution.

The suitability of masonry mortar for various constructional applications is dependent on some vital engineering properties and production cost.