Sentence examples for most beam from inspiring English sources

In the north-east Atlantic, most beam trawlers fish with two 12 m beam trawls for flatfish.

The general procedure for evaluating RBE of most beam equipments is standardized with survival curves on cell culture.

For most beams strengthened with FRP wrapped around the entire section, the shear failure process starts with FRP debonding from the sides of the beam, leading to eventual failure by FRP rupture.

However, thermal expansion during the heating phase or contraction during the cooling phase of most beams is likely to be restrained by adjacent parts of the whole frame or sub-frame assembly.

It is clear from the figures that the experimental and finite element results are close in most beams except SBWO1 in which the two curves do not match well.

While this reduces the calculated values of (V_{text{thu}}) shown in Table 2 (reduction of 16.0 kN for Group A beams and 17.9 kN for Group B beams), the gap between the calculated and experimentally determined shear strength is still significant for most beams.

Most classical beam theories assume that the beam cross section remains a rigid surface under an arbitrary loading condition.

Australian Standard AS 2327.1 addresses the design of simply supported composite beams, and most composite beams in Australian buildings take this form.

Most existing beam formulations assume that the cross section of the beam remains rigid regardless of the amplitude of the displacement.

In most crossed beam experiments, however, the mean velocities of the reagent molecular beams are not precisely known, hampering the precise measurement of the collision energy E coll and the center point defined by V CM.

In addition, the most usable beam arrangements determined based on the RTP evaluation measure were retrospectively compared with the original beam arrangements, which were used in clinical practice in 10 test cases.