Sentence examples for height of the beam from inspiring English sources

The stepped height of the beam is to provide the spring-back effect.

The distribution of strains along the height of the beam and the slip between the connected parts are also described.

The size effects, however, are almost diminishing as the height of the beam is far greater than the material length scale parameters.

This paper extends this work further by critically examining the effect of end support positions along the height of the beam in the context of vibration analysis.

The Strouhal number over the height of the beam was found to vary between 0.053 and 0.059 which corresponds well with studies of similar L/D ratios in the literature.

The total height of the beam was 713 mm (28 in).

To identify possible flow-induced effects, variations of the fibre contents and orientation factors were investigated along the length and over the height of the beams.

The model calculates the maximum forces during the tests and the maximum moments in the critical section of the ROPS beams and the attachment moments; and is able to determine the needed steel section of the structure tube, the minimum height of the beams to make rigid the lower part of the structure, and the number, quality and shank diameter of the attachment screws of the ROPS.

However, adding longitudinal reinforcement in the mid heights of the beam section also has little effect on flexural and arching actions.

In the calculation, heights of the beam cross section are 2.4, 2.6, 2.8, 3.05, and 3.2 m, respectively, and the results are shown in Fig. 12.

Here, Slat is the lateral sensitivity of the cantilever defined as Slat = PHSnorm/aR*L[36], where P is a proportionality factor (≈2.5 for the triangular cantilever), Snorm is the vertical deflection sensitivity of the cantilever, a is the amplification factor of the lateral signal measured, and R* is the ratio of the beam height to the beam width (R* = 0.5) [36].