1) reservoir architectural structure
储层建筑结构
1.
The problems in the study on the subdivision and comparison of the fluvial single sandbody are analyzed by using the thin-layer comparison technique of "cycle comparison and hierarchical control",the analytic method of high-resolution sequence stratigraphy and the analytic hierarchy process of reservoir architectural structure.
综合运用"旋回对比,分级控制"的小层对比技术、高分辨率层序地层学及储层建筑结构层次分析法,详尽剖析了目前在河流相单砂层细分对比研究中存在的主要问题,包括过于强调沉积间歇面的作用、机械运用等高程对比原则、单纯依据砂体厚度劈分等。
2.
Beginning with sedimentary unit, based on founding reservoir architectural structure and research of s.
该方法利用高分辨率层序地层学分析储层层序内部结构与分隔单元,从沉积单元入手,在建立储层建筑结构和砂体连通性研究的基础上,进行流动单元的划分。
2) reservoir architecture element
储层建筑结构单元
3) reservoir building structural framework model
储层建筑结构模型
1.
With development geology and modern reservoir engineering methods and from analysis of reservoir hierarchies process and fine geological studies of river facies reservoir, sedimentary barriers and sand causeare analyzed, and fine reservoir building structural framework model is established.
本文在现代河流沉积理论的基础上,针对孤岛油田特高含水期非均质油藏,运用开发地质学和现代油藏工程方法,通过储层层次分析和河流相储层精细地质研究,深入分析沉积屏障和成因砂体,建立了孤岛精细储层建筑结构模型。
4) tall building structures
高层建筑结构
1.
Seismic response control of tall building structures using Shape Memory Alloy tendons;
应用SMA拉索的高层建筑结构振动控制研究
2.
Application of fuzzy comprehensive evaluation to tall building structures under earthquake action;
模糊综合评判在高层建筑结构地震作用下的应用
3.
Control of torsional response of tall building structures;
高层建筑结构的扭转反应控制
5) high-rise building
高层建筑结构
1.
Application of rough sets in high-rise building structure s knowledge discovery;
粗糙集理论在高层建筑结构知识发现中的应用
2.
Center of rigidity of high-rise building under wind action;
风作用下高层建筑结构的刚度中心
3.
It is necessary to emphasize the idea of concept design in course teaching of high-rise building structure.
在高层建筑结构教学中应强调概念设计的重要地位。
6) tall building structure
高层建筑结构
1.
The wind-resistance and aseismic analysis of tall building structure based on ANSYS;
基于ANSYS的高层建筑结构抗风抗震分析
2.
Reductive vibration analysis of tall building structures using mass pendulums;
高层建筑结构利用质量摆减震的分析
3.
Application and analysis of several problems in tall building structures conceptual design;
高层建筑结构概念设计中相关的几个问题应用分析
补充资料：建筑结构等级划分
建筑结构等级划分
【建筑结构等级划分】对建筑物结构作质量上的等级划分，有助于确定建筑险保险费率。 一等建筑: (l)房架用钢骨水泥、砖石或钢结构; (2)内外墙、地坪、楼坪、扶梯用钢骨水泥、砖石或钢结构; (3)房顶用水泥、瓦片、砖石、铁皮、石棉、沥青或油毛毡。 二等建筑: (l)房架、地坪、楼坪、扶梯用木结构; (2)内外墙主要用砖石、水泥或其它不易燃烧的材料; (3)房顶用砖瓦、铁皮、石棉、沥青或铺石屑的油毛毡。 三等建筑: 凡次于前两等级的建筑物均属三等建筑。
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