1) approach pavement
接线路面
1.
To solve such problems,a special fully jointless bridge-approach system with no expansion joint on the bridge deck and the approach pavement is developed.
新型半整体式全无缝桥梁体系中,主梁、搭板和接线路面三者相互连接和制约,梁体发生收缩变形时,通过搭板拉伸加筋接线路面板,相应地,梁体也受到了加筋接线路面的阻滞拉力作用;而温度上升时则反之。
2) reinforcing approach pavement
加筋接线路面
1.
the sloping approach slabs and reinforcing approach pavement,have been proposed to avoid these problems for short or medium integral abutment bridges,thus absorbing the bridge thermal movement.
针对这个问题,在某一采用沥青混凝土铺装的中小整体式无缝桥梁,我们提出了采用斜置搭板和加筋接线路面结构等两项新措施,取消了搭板末端的路面接缝,而梁体的伸缩变形在接线路面以下被安全吸纳。
3) jointless approach pavement
无缝接线路面
1.
This dissertation proposed an innovative structural design for jointless bridge-approach system, which eliminates the expansion joint between the bridge deck and approach pavement by combing the design method for jointless bridge with that for jointless approach pavement.
本文提出了、一种新的全无缝桥梁体系设计，即采用无缝桥梁与无缝接线路面相结合的设计方式，同时取消了桥梁桥面和接线路面的伸缩缝。
4) obstruction approach marking
接近障碍物路面标线
5) Pavement convergence
路面衔接
补充资料：接线
用导线连接线路。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条