Sentence examples for bounds of the test from inspiring English sources

If the components were released from the bounds of the test tube environment, they could not function.

However, quantifying the rotational behaviour through structural mechanics has been found over a lengthy period of time to be a very complex problem so that empirical solutions have been developed which for a safe design are limited by the bounds of the test parameters from which they were derived.

Being empirically based, this approach is very restrictive as it can only be applied within the bounds of the tests from which they were derived.

Due to the complex mechanisms which control the formation and rotation of plastic hinges, moment redistribution capacities are commonly empirically based, and hence not necessarily applicable outside of the bounds of the testing regime from which they were derived.

This has necessitated the use of empirically based solutions in design that can only be used within the bounds of the tests from which they were developed and tend to be conservative.

Being empirically based, these design rules should only be applied within the bounds of the tests from which they were derived that is for steel reinforcement in which the modulus is fairly constant and with ribbed bars which have a very good bond with the concrete.

The provided approach therefore allows to design multi-sensor systems such that a specified overall error probability can be met and to give an estimation for the upper bound of the test effort.

Two different numerical methods have been used to optimize the cementitious components of HPC using the quadratic model and lower and upper bounds of the experimental test results.

The objectives of this paper are to (i) validate the FE model developed for simulation of the testing, (ii) perform parametric studies outside the bounds of the original tests with a particular focus on variation in yield stress and influence of moment gradient on failures, and (iii) apply the study results to examine and extend the Direct Strength Method of design.

To minimize the computation, two procedures are presented: the first one is an iterative exploration of the linkage group, the second a reduction of this group within bounds specific of the tested position x.

Each predicted PWM was compared to the actual PWM, and a prediction error was computed as the root-mean-square difference between their distributions per site: (15) where and are the predicted and actual PWMs for the bound peptides of the testing sequence, respectively, and the inner summation is taken over all 20 amino acid residues.