1) Architecture acreage
建筑群规模
2) size of the water release structure
泄水建筑物规模
3) Largescalelaboratory building
大规模实验建筑
4) building group
建筑群
1.
Numerical simulation and analysis on wind environmental characteristics of building group;
建筑群风环境特性的数值模拟与分析
2.
The author briefly analyzes the feasibility on sharing fire-fighting facilities by building group,and some specific commands on design are given.
文章对建筑群共用消防设施的可行性,提出了一些具体的设计要求,并针对消防水池水箱水质易恶化的问题,给出了一些可行的解决措施。
3.
A new method is proposed for seismic damage prediction of building group by deriving a probabilistic model.
该方法基于已有的群体建筑物易损性矩阵,通过概率分析和数据拟合,进行构建建筑群的破坏概率模型,并通过计算建筑物易损性指数的均值和方差来确定其具体参数。
5) Group Architecture
集群建筑
1.
Under the circumstances, ahead of the architects lay a large number of design projects that are no longer a single building as usual, but have a tendency towards building cluster, which the author defines as“project of Group Architecture in mountainous areas”(hereinafter referred to as the project) in this thesis.
随着我国城市化进程的进一步加快,城市已经纷纷向山地扩张,建筑师所面临的大量设计项目已经不是原来的一幢单体,而更偏向建筑群体,本文以“山地集群建筑项目”来定义这种建筑集群。
2.
The author introduces the group architecture,summarizes the advantages and the characteristics of the group architecture,carries out the diversity study of the group architecture through the analysis of No.
对集群建筑进行了介绍,归纳了集群建筑的优点和特征,通过分析莫干山路50号进行了集群建筑的多样性研究,就如何满足创意产业园区的商业运作和艺术氛围的多样性共存提出了建议。
6) building complex
建筑群
1.
Numerical simulation was carried out to investigate the wind environmental state around a building complex consisting of six rectangular tall buildings by using the Reynolds averaged equations and the renormalization group(RNG) k-ε turbulence model.
采用基于Reynolds时均方程和重正化群(RNG)k-ε湍流模型的数值模拟方法,分析了由6幢方形截面高层建筑组成的建筑群的周围风环境。
2.
Numerical simulation is carried out to investigate the wind environment around a building complex consisting of six rectangular tall buildings.
采用数值模拟方法对由6幢方形截面高层建筑组成的建筑群的周围风环境进行了计算和分析。
3.
Numerical simulation is carried out to investigate the wind environment around a single building and a building complex based on and the Reynolds averaged N-S equations and the RNG k-ε turbulence model.
采用基于Reynolds时均N-S方程和RNGk-ε湍流模型的数值研究方法,分别对具有风洞试验结果的单幢方形截面建筑和多幢矩形截面建筑组成的建筑群周围的风环境进行了数值模拟,计算区域的划分采用具有良好适应性的四面体网格并用有限容积法对控制微分方程进行离散,利用FLUENT软件实现了整个流场的数值求解。
补充资料：规模经济/规模不经济
规模经济/规模不经济：规模经济和规模不经济用来说明厂商产量变动从而规模变动与成本之间的关系。对于一个生产厂商而言，如果产量扩大一倍，而厂商的生产成本的增加低于一倍，则称厂商的生产存在着规模经济；如果产量增加一倍，而成本的增加大于一倍，则生产存在着规模不经济。
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