Sentence examples for effect of the bridge from inspiring English sources

Lee et al. [8] investigated the effect of the discrete support track on the resonance effect of the bridge using three-dimensional finite element models and found that the track model changed the dynamic responses of the bridge.

M 2 was located underneath the bridge; thus, the shielding effect of the bridge deck made it difficult for wheel rail noise to spread to M 2. The results indicated that the frequency of bridge-borne noise can be as high as 500 Hz and that higher-frequency noise mainly comes from wheel rail interactions.

The GeoSHM system, conducted by the University of Nottingham, intends to develop and demonstrate a novel system to tackle the issues in structural deformation monitoring of long bridges and make it possible for the bridge masters to fully understand the loading and response effect of the bridge, and identify unusual deformations under extreme weather conditions.

A static mechanical model considering complicated geometry and the residual stress effect of the bridge is established to demonstrate the pull-in instability phenomenon of the micromachined capacitive switch, and to predict the effective stiffness constant and critical collapse voltage of the bridge for several typical bridge geometries.

(3) The feedback effect of the bridge's resonance to the vehicle response is large, but the vehicle's resonance effect on the bridge response is quite small, especially along the vertical direction.

In the experiment, stress distribution, deflection resistance ability, dynamic property, and distortion effect of the Bridge's main control cross-section were carefully measured to investigate the mechanical performance and interaction between main bridge and ramp system.

Modulus of elasticity variation effect on the bridge response was carefully investigated.

The effect of the bridging stress on the COD is taken into consideration in the DCB analysis.

Of particular interest in the discussion will be the effect of the bridging ligand on the photocatalytic properties of the compounds.

The effect of the bridging stress on the fatigue crack growth rate is predicted and the results are found to agree well with the experiments for normal and micro concrete.

The relationships between the structure and the emission properties of the complexes are discussed in detail, showing a modulation effect of the bridging ancillary ligands as well as of the diazine substituents on energy, lifetime and quantum yield of the emission.