Sentence examples for basis of the engineering from inspiring English sources

The force-free helical-type fusion reactor, FFHR, is proposed on the basis of the engineering achievements and confinement properties of the experimental fusion device of LHD.

The preliminary design for ITER AC/DC converters under the responsibility of the Korean Domestic Agency is performed on the basis of the engineering experience of previous R&D for a full-scale 6-pulse CS (Central Solenoid) converter unit.

Assessment was carried out on the basis of the engineering properties (compressive strength, tensile strength and modulus of elasticity), pore structure (porosity and pore size distribution), transport properties (permeability and diffusion) and shrinkage.

The analysis is carried out on the basis of the engineering method and the thermodynamic cycle method is used to validate the endogenous exergy destruction rates of the system components.

Previous studies [4, 5] identifying issues regarding such interactions have formed the basis for the engineering of MR conditional devices (See Fig. 1).

Negative feedback circuits have been well understood for a very long time; indeed, their understanding has been the basis for the engineering of cybernetic machines exhibiting stable behaviour.

Both the experimental and the numerical results were in good agreement with predictions according to the R6 method and provided a basis for the engineering defect assessment of brazed components based on failure assessment diagrams.

From the starting point of analysing the principle of fire-proof sealing and plugging in building and analysing some key influence factors, this paper originally proposes the composite applications of fire-proof sealing technical measures, on the basis of combining the engineering application.

The idea of combining principles from cell biology and engineering of biocompatible materials in order to create biologic replacement structures that restore, maintain, or improve tissue function, is at the basis of the tissue engineering and defines a different approach to the cardiac regeneration.

The significant cost reduction of the project is achieved on the basis of new engineering solutions: the SC launching is carried out by booster of average class instead of the heavy carrier ("Proton").

In addition, significant progress has been made in elucidating design rules and strategies to modulate juxtacrine signaling on the basis of quantitative, engineering analysis of the mechanical and regulatory role of juxtacrine signals in the context of other cues and physical constraints in the microenvironment.