Sentence examples for full-scale construction from inspiring English sources
"full-scale construction" is a correct and usable phrase in written English
It generally refers to a large-scale construction project, such as a building, bridge, or other large-scale engineering effort. An example sentence would be: "The city is planning to begin a full-scale construction project of a new bridge this summer."
The place has become a full-scale construction site after a kitchen renovation somehow spread to the entire house.
Prior to proceeding with full-scale construction, a prototype "Engineering Array", consisting of 40 detector stations was tested.
But because the exact location of that original settlement remains a minor mystery, the developers should be especially careful when full-scale construction begins.
Full-scale construction of orthologous families is prohibitively expensive if attempted for many thousands of completely sequenced microbial genomes, available today, but for the set of 31 gamma-proteobacteria it is a relatively trivial exercise in bioinformatics.
They also use CAD/CAM to materialize full-scale building components during construction with metal, stone, and a variety of woods.
This provided sufficient confidence in our digital emulation model and implementation methodology to continue with the final step of full scale construction.
Porter & Neale (2000) acknowledged the development of the 'map' or 'model' from physical to digital, a paradigm shift in urban design and planning '… that hold(s) the potential for allowing the designer to move directly from concept to full scale construction'.
A particular patented 3D-printing technology – D-shape – has been applied, which is, among the existing rapid prototyping systems, the closest to achieving full scale construction of buildings and the physical and chemical characteristics of lunar regolith and terrestrial regolith simulants have been assessed with respect to the working principles of such technology.
It provides a summary of five years of research by the authors on architectural systems which utilize the hygroscopic qualities of wooden veneer as a naturally produced constituent within weather responsive composite systems, which is presented through an extensive analysis of research samples, prototypes at various scales, and two comprehensive case studies of full scale constructions.
Final results demonstrate a relationship between design artifacts built by rapid prototyping and full-scale CNC construction.
The structural properties underlie a procedure for extracting the global lattice from the direct product, which is the basis for a full-scale lattice construction algorithm implementing a divide-and-conquer strategy.
