土钉支护的极限设计及其应用

基于极限平衡理论，从整体内部稳定性分析法、整体外部稳定性分析法以及局部稳定性分析法三方面，介绍了土钉支护的设计方法，结合实际工程进行了运用和探讨。     

他乡?原乡!--生存型移民及其建成环境

在对闽粤地区的几个宋末皇族移民村进行实地测绘调查的基础上，总结了生存型移民村落在空间格局和建筑形式形态上所表现出来的一些特性，诸如安全防卫功能，对原乡的模拟和对现实环境的调适等。还分析了生存型移民在遭遇新环境时，外界的压力、主体的意原以及时间因素等对再建家园方式的影响。     

三峡工程的防排水措施与材料

介绍了三峡工程中大坝、永久船闸基础及一些建筑物的防排水措施和所用材料。     

时空艺术的建筑

本文论述了建筑的时空艺术,从中国古典建筑的 时空化,总结出时空化的3个要素。并结合中科院图书馆 的设计实践,介绍了对建筑时空化的不懈追求。     

Fire Safety Engineering Research and Technology Centre (FireSERT) University of Ulster: Recent Developments

The Institute of Fire Safety Engineering Research and Technology Centre (FireSERT) at the University of Ulster in Northern Ireland has been a major provider of higher technical fire safety education, fire related research and services to industry for over 20 years. Its internationally recognised research spans the fields of fire dynamics, structural fire engineering, human behaviour in fire and more recently fire (CFD) modelling. Since 1991, it has offered the only PG Dip/MSc Fire Safety Engineering programme in the United Kingdom. In September 2000 FireSERT was the recipient of a £5.7 m Joint Infrastructure Fund (JIF) Award to build new fire safety engineering laboratories on the University's Jordanstown campus. These new facilities unparallel in the University sector in the UK offer greater scope and depth to the FireSERT's research portfolios. The new facilities will be extensively used in support of FireSERT's suite of MSc Fire Safety Engineering and DPhil programmes. This paper presents a brief history of FireSERT and its achievements, together with an update on the new facility, current research themes, taught programmes, research opportunities and visions for the future.     

三槽式氧化沟施工介绍

结合工程实例简要介绍三槽式氧化沟的施工     

隧道工程质量监督工作研究

为研究隧道工程质量监督工作,文章以天际岭隧道为例,对隧道工程建设各个阶段的关键问题进行了一系列研究.     

The impact of using chilled water storage systems on the performance of air cooled chillers in Kuwait

In the air conditioning (AC) industry chilled water storage (CWS) systems are one form of cool thermal storage technology that can be used to time shift the electrical load of the system from the peak day periods to off peak night time periods. In this paper the data for the actual exported and generated electrical energy obtained for the power stations in Kuwait has been used to estimate the electrical energy consumption and the peak electrical load of AC systems. Since the chiller in an air cooled AC system represent more than 75% of the total electrical power consumed by an AC system during the peak demand period, the impact of using CWS systems with alternative operating strategies including partial (load levelling), partial (demand limiting) and full load has been investigated. In our conclusions we estimate that approximately 45% of the total annual exported electrical energy is consumed solely by AC systems as a result of the very high ambient temperatures occurring between March and October. Furthermore, it is estimated AC systems represent about 62% of the peak electrical load. The results demonstrate that CWS can reduce the peak electrical load of a chiller in an air cooled AC system by up to 100% and reduce the nominal chiller size by up to 33% depending upon the operating strategy adopted. This is achieved with only a 4% increase in power consumption of the chiller for all CWS strategies except for full storage where the energy consumption actually decreases by approximately 4%.     

浅析混凝土施工工艺控制要点

从模板制作、使用养护及混凝土浇筑工艺控制的角度，对混凝土施工过程的关键点进行总结、概括，指出精心施工和全面的技术交底是确保混凝土施工的键。。