Sentence examples for economy engineering from inspiring English sources
Fractional calculus, a generalization of the ordinary differentiation and integration, has played a significant role in science, economy, engineering, biology, physics, and other fields (see [1 3]).
At the time, five divisions were established with the reorganization: Architecture, Economy, Engineering, Health, and Sciences; and two more were created: Education and Humanities.
The market ascent of the past year and a half has been based upon Americas contribution to a still integrating global economy — engineering-rich and technology-laden exports of both goods and services restoring balance here after a long stretch of excess consumption.
Despite the risks, there are many reasons why we shouldn't wait to start seriously planning manned Mars missions, ranging from improved technology to a boost in the economy through engineering, manufacturing, and scientific-related high-tech jobs.
The sum-of-ratios problems have numerous applications in economy and engineering.
In today's economy, chemical engineering must respond to the changing needs of the chemical process industry in order to meet market demands.
This paper investigates how RETs can be evaluated, in terms of economy and engineering solutions, by studying the fundamental physics of renewable energy sources and how it matches with the RETs.
In growing circular economy, process engineering increasingly plays an important role in recovering valuable components from very diffuse material flows leaving the user stocks following widely variable time periods of use.
Yet Mr. Kim is also credited with loosening state controls on the economy and engineering modest growth, and regaining some of the public confidence that the dynastic regime enjoyed under his grandfather and lost under his father, whose rule is remembered for a devastating famine.
The UK economy needs engineering in order to remain competitive in an increasingly global economy.
Business, economy or engineering education do not seem to prepare students for practical implications of the life cycle stages of SME, for example.
