1) independent bearing
单独受力
1.
The single lining, the combined bearing double-lining and the independent bearing double-lining are discussed.
针对对南水北调中线穿黄工程盾构隧洞内水压力较高的特点,对双衬联合受力方案、单衬受力方案及双衬单独受力方案结构型式进行了研究,分析了不同结构型式对隧洞内、外衬内力和变形以及管片接缝状态的影响,推荐穿黄工程隧洞采用结构受力明确、结构安全度高的双衬单独受力方案。
2) separate,independent trustee
单独的、独立的受托人
3) single plank with strength
单板受力
1.
With the development of our national traffic and transport,the vehicle flowrate increased rapidly and the structure of the vehicle is also changed greatly,it result in the problem of single plank with strength at bridge culvert.
由于我国交通运输事业的大力发展,车流量急剧增加,车辆结构型式也随之发生了很大变化,致使部分小桥涵出现了单板受力的现象,影响了行车质量,严重者甚至危及到桥梁安全,为此应采取积极的防治和养护措施,防止病害的发生。
2.
The single plank with strength would reduce the capability of bridge culvert.
单板受力病害降低了桥涵的承载能力,给安全行车造成了严重隐患,应采用加固技术进行维修处理,并从设计和 施工上进行改进。
4) uni-axial bending
单向受力
5) single beam bearing
单板受力
1.
So in the recent years,the exiting diseases of hinge joints such as the crushing ,abscission and leakage cause the failure of bridge transverse joint,the exiting of the phenomenon of single beam bearing poses great harm to the driving safety of the road.
另一部分是对近十几年中小跨径板梁桥经常出现的“单板受力”病害现象的原因进行了简要分析,创新性的提出了应用有限元程序MIDAS/Civil并结合荷载横向分布的概念,通过模型最终计算结果与实际检测相结合,研究出判断“单板受力”病害是否发生及其病害的严重程度的方法,并最后总结出防治措施。
2.
With the development of transport industry, overweight and overloading vehicles increase rapidly, causing single beam bearing to some extent in some bridges on those highway, which results in crack on deck and serious damage.
随着交通运输业的发展,超重超载车辆的交通量迅速提高,使得道路上的部分桥梁不同程度地出现"单板受力"现象,致使桥面铺装开裂,损坏严重,从而严重影响了桥梁的使用性能和道路的通行能力。
6) independent hydraulic element method
独立水力单元法
1.
The independent hydraulic element method and the two nodes method are put forward,and then boundary equations of those independent hydraulic elements in water supply projects are established.
提出了独立水力单元法和两节点法,并推导了供水工程中各独立水力单元相应的边界方程进行供水工程过渡过程计算和分析。
补充资料：佛力光明受生藏
【佛力光明受生藏】
谓菩萨生如来家，入佛智力，得大光明，游诸刹海，供养承事一切诸佛，是名佛力光明受生藏。（刹，梵语具云刹摩，华言土田。）
谓菩萨生如来家，入佛智力，得大光明，游诸刹海，供养承事一切诸佛，是名佛力光明受生藏。（刹，梵语具云刹摩，华言土田。）
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