Sentence examples for different specimen sizes and from inspiring English sources
The fracture behaviour of an ultrafine grained WC Co hard metal was investigated in tensile and bending tests using different specimen sizes and test arrangements in order to study the size effect on the tensile strength, by varying the effectively tested volume over a range of roughly 10 orders of magnitude.
The training, testing and validation set results of the explicit formulations obtained by the genetic programming models show that artificial intelligent methods have strong potential and can be applied for the prediction of the compressive strength of concrete containing fly ash with different specimen size and shape.
The corrected results are presented to compare the responses for different specimen sizes during isotropic compression and shearing in the following paragraphs.
For both, evaluation of fracture energy reveals similar values and trends, and the comparison between different specimen sizes reveals a size effect resulting in lower tensile strength and fracture energy values when dealing with large scale specimens.
Therefore, differences in ϕ'cs of different specimen sizes can lead to different bearing capacity factors, with the smaller specimen size producing a higher Nγ value.
The effective stress paths obtained from the testing of different specimen sizes are compared in Figs. 8 and 9 for drained and undrained shearing conditions, respectively.
The goal of the research in this paper is to develop a new fatigue analysis method, which enables comparison of the fatigue relations obtained from different types of fatigue test and using different specimen sizes.
The differences in sand behavior from different specimen sizes would affect the calibration of soil constitutive models, particularly those based on the critical state theory (Jefferies 1993; Manzari and Dafalias 1997), and their application in advanced numerical analysis.
The measured sand shear strength and friction angle in triaxial compression tests on three different specimen sizes are used to explain some of the scale effects observed in engineering design and analysis.
The projection of the CSL in the e – log (p'c) plane from the undrained and drained triaxial compression tests on different specimen sizes is illustrated in Fig. 11.
The microscale and macroscale fracture toughness results showed a clear size effect, which is discussed in terms of both the deformation behavior of crack tip and the influence of pore networks within Ag with different specimen sizes.
