Sentence examples for limited deflection from inspiring English sources

The trajectory of a launch vehicle is controlled by the thrust which can only have limited deflection angles with the vehicle longitudinal axis.

The incompatible deformations between reinforcement and concrete cause loss of interfacial bond, and composite action resulting in damage to the reinforcement and limited deflection capacity of the FRP reinforced concrete member.

However, in males and both-sex models, genetic covariances caused limited deflection, while unequal genetic variances caused significant (albeit still not large) deflection and thus constraint.

On the basis of the experimental results, it has been found that, under the same service loads, the time-dependant deflection of a corroded beam increases more rapidly than that of a non-corroded beam, and is likely to reach the limiting deflection for its serviceability requirements prematurely.

Of course, other criteria such a limiting deflection or a crack opening could be used separately or in conjunction with steel yielding, but that is more a case of generalization rather than one of principle.

X-bracing systems are widely applied in structural design to limit deflections and guarantee stability.

The experimental results indicate that, under the same loads, the time-dependant deflections of corroded beams increased more rapidly than those of non-corroded beam, and reached their limiting deflections prematurely.

Results of flexural tests proved the feasibility and advantages of the structural concept proposed: the judicious combination of GFRP and SFRSCC enabled the development of a lightweight, high performance and relatively inexpensive structural system for footbridges; furthermore, the external prestress system was very effective in limiting deflections.

For the sake of brevity, numerical results which presented in this paper are limited to deflection responses only.

Thus the engineer is able to calculate a safety factor for strength and limit deflection.

This chapter describes the on-bottom stability analysis and design for RTPs of which the objective is to limit pipe deflection so that the resultant maximum RTP bending stresses and strains are within the allowable limits, according to design codes.