Sentence examples for technological understanding of from inspiring English sources

It also provides new sights into technological understanding of micro-ECM technology which will be helpful in future engineering developments of this technology.

"To even ask after the utility of philosophy shows the entrenchment of the technological understanding of being": A Rigid Designator posts a discussion of Heidegger's conception of philosophy.

"Enframing" is Heidegger's famous name for the technological understanding of being that underlies and shapes our contemporary age.

Several review articles have been published recently detailing the different hemodynamic monitoring systems available, and we refer the readers to these manuscripts for an in-depth technological understanding of these systems [ 3, 4, 8, 15].

Such an investigation would be paradigmatic of the philosophy of digital art, requiring formal and technological understandings of digital systems, familiarity with central topics in philosophical aesthetics, and engagement with the digital art world.

But we are going to need support, help, a technological understanding at the point of care.

The largest problem facing trading and money management firms in the twenty-first century is not the lack of mathematical or technological understanding, but rather an inability to manage the entrepreneurial processes of systematic innovation, development, and continuous improvement.

The six areas of learning are: mathematical understanding; scientific and technological understanding; human, social and environmental understanding; understanding the arts and design; understanding physical health and well-being; and understanding English, communication and language.

Roberts (2008 281) concludes her article by arguing for the "…continued training of law enforcement and legal officers to increase their technological sophistication and understanding of cyber-stalking behaviours" [31].

A technological and mathematical understanding of the sheet metal spinning process allows to predict dynamic instabilities which lead to wrinkling and other defects in the workpiece depending on the axial feed of the roller tool, the design and the number of the forming passes as well as the angular velocity of the workpiece.

Since those early days, huge improvements have been made in terms of technological advances and understanding of the pathophysiology and pathogenesis of the disease processes that affect critically ill patients.