Sentence examples for approximate bridging from inspiring English sources

The coupling of matrix spalling and fiber pullout was simulated by an approximate bridging model to determine the energy dissipation in the whole pull-out process of randomly oriented short fibers in brittle matrix.

This paper presents a parametric study and approximate integral abutment bridge (IAB) response prediction models.

The rod can be approximated to the bridge using a mini approximator instrument.

In an 11th-hour agreement, the cutbacks and layoffs were called off, though the source of the funds that bridged the approximate $20 million gap appears less than firm.

The calculated P-to-P distance for two base pairs along a B-form helix is very similar to the calculated "average" P-to-P distance in the HEG (∼19Å) if the tether is assumed to be fully flexible (see Materials and Methods), suggesting that the trajectory of the non-templating spacer nucleotides in the bridging strand approximates a normal B-form helix, as in a single-strand stack (Fig. 7).

Given approximate breakpoint locations and a bridging assembly or split read, the problem essentially reduces to finding a correct sequence alignment.

In 1563, after the construction of the first bridge over the River Neris (at the approximate location of today's Mindaugas Bridge), the suburb of Žvejai became an integral part of the city of Vilnius.

There are almost two identical and structurally separate bridges over Hamilton Avenue (approximate address 7255 U.S. 127, Mount Healthy).

Additionally, for a tentative estimation, two approximate formulas for variance of bridge response are obtained using two opposing mathematical idealizations of wind correlation in time.

Current techniques for the rating of horizontally curved composite steel girder bridges often use approximate methods of linear elastic analysis based on the assessment of individual straight girders with altered properties to account for member curvature.

For design analysis of FRP deck/stringer bridge systems, an approximate series solution for orthotropic plates, including first-order shear deformation, is applied to develop simplified design equations, which account for load distribution factors under various loading cases.