Sentence examples for ability in engineering from inspiring English sources

Such a technique can potentially help identifying the origin for variations and most importantly enable radical changes in manufacturing procedures, resulting in enhanced responses and the ability in engineering magnetostrictive properties.

The modeling examples show that the proposed methods are effective and easy to implement, which greatly improve the problem-solving abilities in engineering appearance design by adjusting the position and shape of developable surfaces.

A better understanding of this parameter and its relationship to structure and function in these enzymes will allow for an improved use of these in industry as well as an enhanced ability in their engineering and optimisation for a particular application.

It attempted to change the way of seeking knowledge so as to solve the long-term problem across a century about which was more important between knowledge-induction and ability-development in engineering education.

Our students' apparent natural abilities to engage in engineering design processes suggest that such engagement could be encouraged in problem solving across all the STEM disciplines.

Nevertheless, the capacity of repairing bone defects is a key factor to assess the osteogenic ability in bone tissue engineering.

He is a man of undoubted intellectual abilities, with a PhD in engineering from Stanford University.

Then the proposed VFM approach is applied to two engineering problems, modeling aerodynamic data for a three-dimensional aircraft and the prediction of weld bead profile in laser welding, to illustrate its ability in support of complex engineering design.

Then, the proposed approach is applied to two real-life cases, modeling of the maximum stress for the structure of a Small Waterplane Area Twin Hull (SWATH) catamaran and predicting weld geometry in fiber laser keyhole welding, to illustrate its ability in support of complex engineering design.

In the past decade, the ability of engineering biomolecular networks has become a reality in the rising field of synthetic biology.

The exploitation of this ability in conjunction with modern genetic engineering tools holds great potential for analysing developmental and adult physiology and pathophysiology as well as for promising an exciting future for regenerative medicine.