Therefore, the advantages of this new type of bridge are demonstrated, including the convenience of construction using rectangular truss, innovative concept of structural design and better global and local performances.
Also, the accuracy of BS models to capture nonlinear time history response of skew highway bridges is demonstrated.
An accurate estimate of dynamic amplification for bridges is demonstrated with a wide range of good profiles.
The application of the control scheme for increasing the critical wind speed for flutter of suspension bridges is demonstrated by considering the Vincent Thomas Bridge as the numerical example.
Applying the results of the tests to sample bridges, it was demonstrated that SFRC can be used to either decrease the amount of steel in a bridge deck to satisfy service performance requirements or to increase the slab span without the need for additional reinforcement.
A corresponding change of cross-bridge economy was demonstrated with some calcium sensitizers [ 9] as well as in hypertrophic and insufficient myocardium [ 8].
A new indicator-displacement assay with Re(I -Pt II) complexes, [Re(LI -Pt II(bridge)]–[Pt(DMSO)(complexes Lig = 5-phenyl-1,10-phenanthroline and bridge = NCS−; 2: Lig = 5-phenyl-1,10-phenanthroline and bridge = CN−; 3: Lig = 2,2′-biquinoline and bridge = NCS−), was demonstrated to be a very effective sensing method to VBS.
A stealth-attack of viruses on proteins bridging cellular functions was demonstrated by simulation of cellular network perturbations, a property that could be essential in the molecular aetiology of some human diseases.
However, the adsorption of geminal dicarbonyl, linear and bridged CO species was demonstrated by DRIFTS; this suggested that Zr did not protect the Rh particles in the same way as that of Ce doping, even with the same preparation method.
Relationships between bridging fluorine atoms, viscosity and fluoroacidity was demonstrated.
