1) concrete mix proportion
混凝土配合比
1.
Study on method of design for concrete mix proportion;
关于混凝土配合比的一些探讨
2.
Simple talk about the concrete mix proportion controlling in construction;
浅谈施工中混凝土配合比的控制
3.
Overall calculation and intelligent design of concrete mix proportion based on specification;
基于规程的混凝土配合比全计算及智能化设计
2) concrete mixture ratio
混凝土配合比
1.
Combined with practical engineering,the author analyzes the causes of the crack in cast-in-situ basement backplane from construction technological process,concrete mixture ratio and construction process,and proposes relevant treatment methods to ensure the safety of building.
结合工程概况,从施工工艺流程、混凝土配合比、施工过程等方面分析了现浇地下室底板裂缝的产生原因,并提出了相应的处理方法,以保证建筑物的安全。
3) mix proportion of concrete
混凝土配合比
1.
According to the characteristics of concrete which composes of multi-components and multi-phases cement-based composite,the author proposes a new concept for designing more reasonably mix proportion of concrete,i.
根据混凝土这种多元多相水泥基复合材料特点提出科学合理设计混凝土配合比的原则,即应由水泥基胶结材浆体体积、空气体积与砂、石体积组成配合比,并着重论述水泥基胶结材浆体的设计配制方法以及按堆积密实原则设计砂、石量的方法。
2.
On the basis of analysis the cracks are caused by too much cement content, temperature reducing in concrete quickly , unauthorized changing in the mix proportion of concrete while casting , and inadequate curing etc.
据分析 ,这些裂缝是由于水泥用量过多、混凝土降温太快、浇筑时任意改变混凝土配合比以及养护不当所造成
4) Concrete mix
混凝土配合比
1.
Specially the characteristics of dam construction method,design of dam section,concrete mix,construction technique and temperature control are discussed.
特别对筑坝方法特点、断面设计、混凝土配合比、施工工艺和温度控制进行了论述 。
5) concrete mix ratio
混凝土配合比
1.
Concrete mix ratio is main impact factors on the strength of rural cement concrete pavement,according to the problems of cement concrete pavement low intensity in rural areas of south-eastern Jilin province.
混凝土配合比是影响农村水泥混凝土路面强度的主要因素。
2.
This paper introduces the main methods for the construction of higher piers and abutments of the bridge,including the erection of the reinforcement,the selection of the mechanical equipment,the design of the concrete mix ratio,and the safety control of the construction.
介绍了桥梁高墩台施工的主要方法,包括钢筋的安装、机械设备的选择、混凝土配合比的设计以及施工的安全控制。
6) Concrete Proportion
混凝土配合比
1.
Application of Orthogonal Design in the Concrete Proportion Design;
正交设计在混凝土配合比设计中的应用
2.
Design method of concrete proportion in filling admixture;
浅谈掺加外加剂的混凝土配合比设计方法
3.
optimizing concrete proportion and detailed construction measures etc.
分析了河南省体育场看台各种裂缝产生的原因,介绍了工程采取的优选原材料、优化混凝土配合比以及制定详细施工措施等抗裂防渗方案。
补充资料：混凝土配合比
混凝土配合比
concrete design
水泥中的·72二胃料、hunn，ngto peihebi混凝土酉已合比(或水泥加混合材，(c oncretedesi妙)-以下同入骨料和水在混凝二相对含量妇通常以重量计。例如，一配合比为l:5·28:().6的混凝土即含有1份水泥，3.72一份自 二__.____评一W5.28份粗骨料相0.6份水。一水灰比下(或苏下; U_协十尸扮扭计参考表，列出最大许可水灰比、最小水泥用董落度和最佳砂率等可供查找·{属雄辫){仙泞拼为以久确的毛土本根设切尸一昆基耐也士伴捷基一无融配瘫八件灯龋塾l8，┌─────┬────┬────┬──────┬───┐│介禅之 │9O │85 │8仓 │ │├─────┼────┼────┼──────┼───┤│ 0.10│ 1.巧 │ 1犯 │ 1.09丫 │ l ││ 0 13│ l.20 │ 1.15 │ 1.12 │ 1 ││ 0.l5 │ │ 11分 │ 115 │ 1 ││ 0.工8 │ 1一24 │ 1 .22 │一118 │ 1 ││ 0 .20 │ 1，30 │ 1.26 │ 1 .2{〕l│ l ││ 。25_ │ 1.35 │ 135 │_l.盯 │ 几 ││ │叹一47 │ │ │ │└─────┴────┴────┴──────┴───┘︷。024澎)狱{鳄粉翼配混凝土为5一20、一20一切、4。一朋毫米，四级配赚黔猛震黔汽默鼎今娜上夕级曝-，o大汁孔面工水
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