施工界面的湿度不能太大,以免粘结困难。
The construction interface of the humidity can not be too large, so as not to bond difficult.
各专业接口处的施工界面存在大量管理和协调工作,如组织、技术、经济、合同等多个方面。
There are great deals of management and harmonization tasks in the working interface of these types of work, such as organization, technology, economy and contract.
本文主要对绞吸挖泥船施工模拟的主界面进行了设计。
This paper cutter suction dredger construction of the main analog interface design.
通过断裂韧性分布特性的研究,将为粗骨料与硬化水泥浆体界面概率断裂分析与施工控制提供了参考依据。
The study results could be used in the probability fracture analysis and construction quality control of interface between coarse aggregate and hardened cement mortar.
第四局部为引见若何设计绞吸挖泥船施工模仿系统主界面的全过程。
Into the fourth on how to design cutter suction dredger construction simulation system for the entire process of the main interface.
对照工程施工剖面,推断的灰岩界面与其基本对应,验证了瞬变电磁工作的推断结果。
Compared with actual engineering profile, inferred boundary of underlying limestone is roughly corresponding to real one, and inferred results of transient electromagnetic method are verified.
结合科恩布赖茵拱坝的工程实例,就基础对拱坝坝体的约束效应进行了三维有限元分析,发现施工时预留的陡坎对拱坝坝体应力影响显著,同时建议拱坝施工时地基开挖成概化的地基界面。
Combining the engineering example of Klnbrein Arch Dam 200 m high in Austria, aimed at restriction effect between foundation and arch dam, the 3-D finite element analysis has been carried out.
结合科恩布赖茵拱坝的工程实例,就基础对拱坝坝体的约束效应进行了三维有限元分析,发现施工时预留的陡坎对拱坝坝体应力影响显著,同时建议拱坝施工时地基开挖成概化的地基界面。
Combining the engineering example of Klnbrein Arch Dam 200 m high in Austria, aimed at restriction effect between foundation and arch dam, the 3-D finite element analysis has been carried out.
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