Sentence examples for length to beam from inspiring English sources

Beams with the extreme low ratios of beam length to beam cross-section contour dimensions are analyzed.

Beam to draft ratio (B/T), length to beam ratio (L/B), block coefficient (CB) and stem angle were selected as geometric parameters for hull form development.

Four more tests for CB variations from 0.65 to 0.85 were conducted and two more for beam to draft and length to beam ratios were also performed to study the effect of the geometric parameters on ice resistance.

The investigation is conducted on a hull form with a Length to Beam (L/B) ratio of 12.2, 15.2 and 18.3 and a Separation to Length (S/L) ratio of 0.2, 0.3 and 0.4.

Previous studies of the elastic problem (no cohesive zones) calculate the compliances of the line-springs from tabulated linear elastic fracture mechanics solutions and the compliances depend only on the flexural rigidity of the beam and on the crack length to beam depth ratio.

Then, discussions are made to reveal the effects of beam parameters, such as the ratio of beam length to beam thickness, the ratio of clearance to beam length and the temperature-dependent material properties, on the critical buckling temperature and the fundamental natural frequency of the heated beam.

And length-to-beam ratios of no.2 and no.3 models are larger than that of no.1 model.

Models of the Naples Systematic Series (NSS) were of varying length-to-beam ratios of the parent hull.

The reduced length while retaining the same beam as the prior Connecticut class resulted in a disadvantageous length-to-beam ratio, causing reduced performance relative to that class.

Coupled with the relatively low length-to-beam ratio of 7.14:1, this meant that very powerful turbines were necessary to achieve even modest speeds.

Their motion was irregular, and their low length-to-beam ratio caused excessive rolling and pitching, which made it difficult to keep the guns on-target.