Sentence examples for boundaries using only from inspiring English sources

This paper presents a non-contact experimental technique for measuring modal parameters of a rectangular aluminum plate with free boundaries using only the output data, with the intention to apply the technique to turbine blades.

A recent paper with A. Layton gives an analytical explanation, with applications, of the observed gain in order of accuracy in certain finite difference methods for computing boundary value problems with irregular boundaries using only regular grids (A. Mayo's method or the immersed interface method of R. LeVeque and Z. Li).

To do so, we perform a second round of computations of the cut-off values and confidence interval boundaries using only the individuals found in this cluster.

The proposed method was then extended to predict the response of a finite periodic bi-material beam with arbitrary boundary conditions using only the band structure and components of the eigenvectors; some resonance peaks were observed within the band gaps and these were found to be caused by the reflection of the waves at the boundaries.

By means of Lyapunov based techniques, we derive some sufficient conditions for exponential boundary observer design using only the information from the boundary control and the boundary conditions.

The second example instead limits boundary effects by using only small excitations close to the boundary in a two-dimensional neural patch.

Our objective is to find the boundary nodes by using only the connectivity relation and neighbor distance information without any other knowledge of node locations.

Originally, Q1Ucd1 had small effects and these results illustrate the power of congenic strain analysis to isolate small effect QTL, although it is likely this QTL represents the lower boundary of detection using only 20 30 congenic mice.

The main purpose is the construction of a control law which stabilizes the damped wave PDE, using only boundary measurements.

The evaluation of the shear deformation coefficient is accomplished from the aforementioned stress function using only boundary integration.

The evaluation of the transverse shear stresses at any interior point is accomplished by direct differentiation of this function, while the coordinates of the shear center are obtained from this function using only boundary integration.