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1)  formwork supports
支模方案
2)  model project of support
模板支撑方案
3)  support scheme
支护方案
1.
Based on the characteristics of support scheme for deep foundation pit,the objective function is constructed with theory of fuzzy mathematics and least square method.
针对深基坑支护方案的特点,应用模糊数学理论及最小二乘法准则构造目标函数,建立了一种适用于深基坑支护方案综合评价的模糊优化理论模型。
2.
Based on the characteristics of the large scale group architecture project,several foundation pit support schemes were compared,selected and optimized,and finally the gantry type reinforced cement soil pile support structure was selected.
根据工程为大型集群建筑的特点,对多种基坑支护方案作了比选和优化,最终选定门架式加筋水泥土桩支护结构。
4)  supporting scheme
支护方案
1.
Fuzzy probability model of supporting scheme for deep foundation pit of metro and its application;
地铁深基坑支护方案优选的模糊概率方法
2.
Assessment of attributive measurement on supporting scheme of deep foundation pit;
深基坑支护方案属性测度评价
3.
The relationships among deformation,stress and damaged state of surrounding rock mass of soft rock tunnel,excavation methods and supporting schemes are studied under the conditions of high geostress and low mechanical parameters of rock mass based on small strain-large deformation theory and 3D FEM.
应用弹塑性小应变大变形理论,运用三维有限元方法研究了台湾软岩隧道在高地应力和围岩岩体力学参数较低的情况下,围岩变形、受力及破坏状态与开挖方式和支护方案的关系,得到了一些有益的结论,为该地区隧道合理施工提供了依据。
5)  support plan
支护方案
1.
Foundation pit support plan of a certain artificial defenceengineering and its implementation;
某人防工程基坑支护方案及实施
2.
Through analyses about synthesis buildings,around environment, geological condition,excavation depth and so on It has worked out the supports plan, guaranteed foundation excavation and construction,maintained the structure and the use security of neighorhood buildings,made the remarkable progress by applying the multi- type compound support plan.
通过某综合楼基坑周围环境、地质条件和开挖深度等条件分析,制定了支护方案,保证了基坑开挖、基础施工的顺利进行,维护了邻近建筑物的结构及使用安全,应用多类型复合支护方案取得了显著效果。
6)  supporting scheme
支撑方案
1.
On design and construction elements of structural transformation layer s supporting scheme;
浅谈结构转换层支撑方案的设计及施工要点
2.
Combined with general condition of a certain grain storage engineering,the author introduces its construction technologies,analyzes the measures to increase engineering quality in the construction from formwork and supporting scheme,and construction control of pre-stressed beam,and proves by practices that the measures are feasible,in order to offer a reference for other similar engineering.
结合某粮库工程概况,介绍了其施工工艺,从模板及支撑方案、预应力梁的施工控制两方面分析了施工中提高工程质量的改进措施,实践证明,改进措施是可行且有效的,同时为其他类似工程提供了参考借鉴。
补充资料:木工支模拆模安全技术操作规程
第1条 模板支撑不得使用腐朽、扭裂、劈裂的材料。顶撑要垂直,底端平整坚实,并加垫木。木楔要钉牢,并用横顺拉杆和剪刀撑拉牢。
第2条 采用行架支模应严格检查,发现严重变形、螺栓松动等应及时修复。
第3条 支模应按工序进行,模板没有固定前,不得进行下道工序。禁止利用拉杆、支撑攀登上下。
第4条 支设4米以上的立柱模板,四周必须顶牢,操作时要搭设工作台,不足4米的,可使用马凳操作。
第5条 支设独立梁、柱模应设临时工作台,不得站在柱模上操作和在梁启模上行走。
第6条 拆除模板应经施工技术人员同意。操作时应按顺序分段进行,严禁猛撬、硬砸或大面积撬落和拉倒。工完前;不得留下松动和悬挂的模板,拆下的模板应及时运送到指定地点集中堆放。
第7条 拆除薄腹梁、吊车梁、行架等预制构件模板,应随拆随加顶撑支牢。
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