Sentence examples for engineering dimension from inspiring English sources
Similar to the previous t test, the engineering dimension exhibited the greatest variance.
This equal variance t test showed that the test results reached significance only in the engineering dimension.
In short, the two respondent groups only exhibited notable diversity in their respective opinions on the engineering dimension; the two groups held consistent opinions towards the attractiveness, beauty, creativity, delicacy, and overall performance of the seven artifacts examined (Table 5).
Results of this equal variance t test indicated that significance was achieved in only seven questions: A4 (attractiveness dimension); C5 and C6 (creativity dimension); E1, E2, and E4 (engineering dimension); and F1 (overall performance dimension).
As Verspagen [23] has noted, however, the existing literature lacks a perspective on the "inner dynamics" of the engineering dimension of technological paradigms and the relations with scientific developments [23].
Furthermore, the fashion design students typically offered a more favorable opinion for the selected pieces compared with other design students, with the physiological engineering dimension exhibiting the greatest difference.
However, the analysis also shows that should 11D supergravity obey the rules of other off-shell supergravity theories, the complete M-theory corrections will necessarily excite our previously anticipated spin-1/2 engineering dimension-1/2 spinor auxiliary multiplet superfield.
Eight engineering dimensions and four engineering relationships (coherences) are proposed to describe programming environments (including notation).
In addition, the article explores the engineering dimensions of common decision-making procedures within BIM systems including optimisation methods, buildability and safety constraints and code compliance limitations.
Similarly, explosive driven systems have their own set of limiting conditions due to limitations in explosive energy and size of devices required as engineering dimensions increase.
Problem (1.1) can model many real-life problems, such as engineering problems, dimensions of mechanical linkages, concentrations of chemical species, cross-sectional properties of structural elements, etc.
