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广西下福水利枢纽工程钢筋场塌方处理
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作者 梁雪华 徐黎明 《广西水利水电》 2008年第6期68-69,74,共3页
广西下福水利枢纽工程,其大坝上游钢筋场在三通一平阶段发生大面积塌方,出现险情。分析表明,引起塌方的原因是原边坡地质条件较差,且填土量过高。通过对塌方部位进行局部开挖、打槽钢、浇筑砼底板及回填砂卵石等处理后,效果良好。
关键词 钢筋场 边坡 塌方 处理
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浅谈钢筋加工场的整体布置与规划
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作者 于晓峰 《价值工程》 2015年第16期225-226,共2页
本文通过郑徐客专站前工程桥梁桩基、承台、墩身施工中钢筋加工场的整体布置与规划,重点介绍根据工期要求进行钢筋场的整体布置与规划;根据施工工艺及流水线作业方式确定钢筋场加工各功能区的规划;根据建设单位施工现场标准化管理要求,... 本文通过郑徐客专站前工程桥梁桩基、承台、墩身施工中钢筋加工场的整体布置与规划,重点介绍根据工期要求进行钢筋场的整体布置与规划;根据施工工艺及流水线作业方式确定钢筋场加工各功能区的规划;根据建设单位施工现场标准化管理要求,实现统筹规划,合理布局,节约用地,注重实用,符合标准。 展开更多
关键词 钢筋场 布置 规划
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Structural Design of Philippine Arena
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作者 Jong Soo Kim Hyun Hee Ryu +1 位作者 Duck-Won Cho Keum Jung Song 《Journal of Civil Engineering and Architecture》 2016年第4期405-416,共12页
The Philippine Arena Project is a large domed roof structure. The arena volume is significant, with 227 m x 179 m ellipse shaped space standing, which is the largest non-column arena in the world. Reinforced concrete ... The Philippine Arena Project is a large domed roof structure. The arena volume is significant, with 227 m x 179 m ellipse shaped space standing, which is the largest non-column arena in the world. Reinforced concrete is used for the bowl structure and main seismic resisting system is considered as dual system. For the structure above Level 04, steel rakers and columns are applied. To identify seismic resisting performance of steel structure, push over analysis had been carried out. Pre-cast concrete plank is planned for arena seating to meet constructing ability. The roof structure is grid type space frame. Tension trusses are located under the space frame for overall stability of roof structure. Wind tunnel test had been conducted to evaluate accurate wind pressure for both structure and cladding design. LRB (lead rubber bearing) is located under the roof structure to reduce seismic force delivered from sub-structure. 展开更多
关键词 Spatial structure space frame ARENA DOME ISOLATOR lead rubber bearing.
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Optimization and Innovation of Engineering Design for Ninghai Power Plant
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作者 Zhou Daji Zhang Hualun Ji Jun 《Electricity》 2011年第2期30-34,共5页
In order to build a power plant with high efficiency,low investment and zero warm water discharge,a series of innovations are applied to the two 1 000-MW units of Ninghai Power Plant.The new technologies include the c... In order to build a power plant with high efficiency,low investment and zero warm water discharge,a series of innovations are applied to the two 1 000-MW units of Ninghai Power Plant.The new technologies include the closed-circuit system for seawater cooling tower with a spraying area of 13 000 m2,the main buildings with reinforced concrete structure,the plasma ignition system for tower boiler and the fieldbus control system.Optimization measures are taken in some aspects,such as the open point of the turbine overload valves,the boiler dimensions,the technical process,the electric system,the building structures and the layout of the power plant.The units have been running for more than half a year with the thermal efficiency as high as 45.79% and without warm water discharged,which indicates that all the systems are safe and steady and the original purpose of optimization has been realized. 展开更多
关键词 coal-fired power plant DESIGN INNOVATION EFFICIENCY
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