Sentence examples for extensive bridge from inspiring English sources

Check back in a few weeks for a more extensive Bridge history!

Continuous steel girders have historically been associated with more extensive bridge deck cracking (Krauss and Rogalla 1996), and the propensity of steel girder bridges to exhibit more cracking was found specifically in the state of North Carolina by Cheng and Johnston (1985) and Perfetti et al. (1985).

The 34-year-old has repeatedly stated his desire to return to the team, despite the extensive bridge-burning exercise that was the release of his autobiography last October.

At 120 h and 168 h after modeling, liver cells in control group showed diffusive necrosis with extensive bridging necrosis, and inflammatory cell proliferated around periportal area and 3 e)).

Interestingly, changes were also found on the luminal microstructures after the PDT: Without irradiation, the lumen of vessels was enriched with branched lining cells, which formed extensive bridges and tunnels.

In addition, eclipsing ClO4– anions down the c axis between the stacked silver chains and the terminal alcohol groups of the contiguous Ag1 Ag2 Ag3 units exhibit an extensive bridging network that appears to drive the architecture of the extended structure.

Besides, fibrosis was staged as: Stage 0: No fibrosis; Stage 1: Zone 3 perisinusoidal/pericellular fibrosis, focally or extensively present; Stage 2: Zone 3 perisinusoidal/pericellular fibrosis with focal or extensive periportal fibrosis; Stage 3: Zone 3 perisinusoidal/pericellular fibrosis and portal fibrosis with focal or extensive bridging fibrosis; Stage 4: Cirrhosis.

For a chain as extensive as Bridge's, such an order could be devastating.

The presence of attractive cross-bridging interactions contributes only modestly to structure for moderate degrees of cross-bridging and leads to NF aggregation for extensive cross-bridging.

The energy absorbed by pull-out of loop-less tufts is approximately twice the fracture energy of standard ones with pull-out triggering much more extensive tow/ply bridging phenomena.

The enhanced toughness of the higher Al-containing materials was associated with extensive crack bridging from both interlocking grains (in 3ABC) and uncracked ligaments (in 5ABC); in contrast, the 7ABC SiC showed no such bridging, concomitant with a marked reduction in the volume fraction of elongated grains.