1) toe slab design
趾板设计
1.
Discussion on toe slab design method ofconcrete faced rockfill dam;
面板堆石坝趾板设计方法探讨
2) toe slab
趾板
1.
Experimental research on grouting soft rock foundation under toe slab of Siping concrete faced rockfill dam;
寺坪面板堆石坝趾板软岩基础灌浆试验研究
2.
When the diversion tunnel hasn t yet satisfied the essential conditions of water diversion,the impervious cut-off in foundation of toe slab of Laodukou CFRD is constructed with sectionalized cofferdams to block up the river channel by stages;the details are described.
介绍了老渡口水电站面板坝的趾板基础防渗墙,在导流洞尚不具备过流条件下,采用左、右两段围堰分期导流施工的措施。
3.
Two types of joints,the rigid joint and the flexible joint,between toe slab and foundation of the concrete-faced rockfill dam(CFRD) of the Nalan Hydropower Power Station are analyzed by 3D elastoplastic finite element method.
采用三维弹塑性有限元分析,对那兰水电站混凝土面板堆石坝趾板与基础的两种连接方式——刚性连接与柔性连接进行了比选及技术论证。
3) plinth
[英][plɪnθ] [美][plɪnθ]
趾板
1.
Mix proportion test of plinth concrete and its quality control for Meidai reservoir in Inner Mongolia;
内蒙美岱水库趾板混凝土配合比试验及质量控制
2.
Design of the plinth of Shuibuya CFRD Dam;
水布垭面板堆石坝趾板设计
4) toe-slab
趾板
1.
The foundation rock under toe-slab has complicated lithological condition,and the rock masses are soft layers alternating with hard layers.
清江水布垭面板坝坝高233m,为目前世界最高面板坝,其趾板建基岩体软硬相间,岩性复杂,如何从经济和工程安全两方面,确定建基岩体利用和验收标准值得研究。
2.
The measures and technical specification used for testing quality of base rock under the left toe-slab of Shuibuya dam are described in detail, based on the analysis of test data, a comprehensive assessment for the quality of base rock is given.
对水布垭大坝左趾板建基面岩体质量检测设计、方法和技术要求进行了详细的介绍 ,并对检测结果作了分析 ,同时对趾板建基面岩体质量进行综合评
5) pattern design
样板设计
1.
Setting up of a mathematical model for pattern design of trousers;
裤装样板设计数学模型的建立
2.
The paper outlines two routes to digital pattern design for customized garment: pattern design technology of 2-D CAD system and flattening technology based on 3-D garment model,presents their principle,applications,advantages and disadvantages.
其中前者有3种实现方法:基于传统放码方法的个性化样板修改法、基于参数化设计的自动打板法和基于人工智能的样板设计法;后者的实现方法包括3种:几何展开法、力学展开法和几何展开力学修正法。
补充资料：1350mm双流板坯连铸机(重庆钢铁设计研究院设计)
1350mm双流板坯连铸机(重庆钢铁设计研究院设计)
叠 135Omm双流板坯连铸机(重庆钢铁设计研究院设计)
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