Sentence examples for stage loading from inspiring English sources

The chapter covers the main preliminary design considerations such as stage loading, flow coefficient, reaction, inter-stage swirl, and blade aspect ratio.

Three key non-dimensional parameters such as design flow coefficient, stage loading coefficient, and stage reaction are related to the shape of the turbine velocity triangles and are used in fixing the preliminary design of a turbine stage.

The internal global moments, M F.r, M D.r, M B.r and M C.r, are due to the resistance of the members of the MF, LBs, BRBs and the RRW, respectively, at rth stage loading.

The challenge, therefore, is to select the brace force T B.r,i, at rth stage loading, for ith level, subframe, in such a way as to reduce the effects of the total external overturning moments including the P-delta and out of straightness, ϕ′ effects (Fig. 1l) to more manageable levels.

Then, the derived values of stage design strength ratio are compared to the deployed stage load applications values.

The stage load applications value is determined using Eqs. 2 and 3 with the pertaining results provided in Table 1.

gravel equivalent associated with a stage period (t); traffic index associated with a stage load applications value, W t); and, resistance value indicative of subgrade strength.

The stage load applications value, W t), can be related to the design load applications level, W(T), using Eq. 2.

In the second stage, load was carried by the compressive thrust on web of column and tension in flange leg bolts.

stage design strength ratio in percentage; stage relative strength change; design relative strength associated with design load applications, W(T); and, stage relative strength associated with stage load applications, W t).

Then, the first-year load applications value is multiplied by the stage traffic growth factor, F t), to yield the projected stage load applications value, W t), for a stage period of (t) years.