Sentence examples for testing full from inspiring English sources

"Critical Assembly," a 1993 history of that World War II project, called the team's explosive testing full of "ambiguous steps, and numerous failures".

June 11 , 2013From the Conservative MP Margot James margot james (@margotjamesmp) GCSEs from 2015: less coursework, no modules, more challenging content, 8 grades + an end to continuous testing, full marks to Michael Gove June 11 , 2013From Labour blogger Eoin Clarke Éoin Clarke (@DrEoinCl) Michael Gove I think ur despicable.

During testing, full strain mapping was captured with DIC for monotonic and "loading/unloading" tension.

In this paper, we present our PseudoDojo framework for developing and testing full tables of pseudopotentials, and demonstrate it with a new table generated with the ONCVPSP approach.

The 3-D models incorporate the full geometry of a pull-plate specimen designed to reduce the cost of testing full connections while retaining essential features of the fracture prone, weld region.

This chapter presents a systematic approach to understanding the meal, based upon experimental design of ideas and concept research, first focusing on creating and evaluating ideas behind the mind (promise testing or benefits testing), and then moving on to two different approaches to testing full concepts.

So far, only two Galileo satellites have been launched for testing; full-fledged Galileo satellites are set to begin launching in 2010.

TO THE EDITOR: Having worked both as a volunteer and a professional in independent school development, I understand R. Scott Asen's frustration with parents of significant means who fail to do their "share," but means testing full-pay families is a terrible idea.

In China, Uber's big rival Didi Kuaidi is testing full-sized commuter shuttles running fixed routes.

Indeed, as Danny detailed, many firms that were running hot before are now testing full-year lows.

Methods for the inverse characterization of mechanical properties of materials have recently seen significant growth, largely because of the availability of enabling technologies such as automated testing, full-field measurement techniques, and inexpensive computing resources.