Sentence examples similar to dimensional tests are from inspiring English sources

Simple one-dimensional tests are then performed in this study to evaluate flame velocities of PCM-FPI.

Two- and three-dimensional tests are presented, and the solutions shown to remain accurate at arbitrary density ratios.

Three-dimensional testing is a newer field that requires new considerations for scene selection.

A single-dimensional test is the best if the purpose of the test is fulfilled.

Different one and two dimensional tests have been computed to check the validity of the approach.

Numerical approximation to the artificial boundary condition on cubic surface is derived and three-dimensional numerical tests are carried out on the cubic computational domain.

One-dimensional compression tests are carried out on material sampled during the R/V POLARSTERN cruise ANT XXIX/4 to a landslide-prone area of the South Sandwich Trench, and on generic clayey-silt - diatomaceous earth sample mixtures.

Several two- and three-dimensional numerical tests are conducted to validate and demonstrate the method, including a falling cylinder, flapping of flexible wings, self-excited oscillations of a system of many linked plates in a free stream, and passive pivoting of a finite aspect ratio plate under the influence of gravity in a free stream.

Micromechanisms of failure in the three dimensional tests specimens are shown to be dependent on the architecture of the fibre reinforcement (i.e., unidirectional versus woven fabric prepregs), particularly in the case of Mode II loading.

Two-dimensional tests have been considered to compare V-SGS against SUPG and other stabilization devices, including the flow around a NACA 4412 airfoil to assess its reliability in the handling of advanced turbulence closures on cruder meshes.

For low-dimensional problems, classical deviance tests are also included and compared with penalized likelihood approaches.