建筑造型要素在现代工业建筑设计中的应用

立足于造型设计的基本理论和原理，从建筑造型构成三要素的各自造型特点和功能入手，结合工程实例进行了分析，对我国现代工业建筑造型设计有一定的借鉴意义。     

Contact flocculation-filtration of humic substances

Contact flocculation-filtration of humic dispersions with alum in medium grain (0.62 mm) sand gave short runs to breakthrough, while in coarse (1.2 mm) media clarification was inefficient. Alum with cationic polymer gave in coarse media acceptable runs, but shorter then for mineral dispersions. Analysis of results by parameters of existing filtration models showed that using the Ives-Iwasaki model and plotting filtration coefficient λ vs specific deposit σ gave different λ_max for different polymer dose, plot of λ_max vs dose goes through maximum at optimum dose.Plotting the cube root of headloss vs square root of specific deposit gave a straight line corresponding to Shektman formula.Analysis by Adin-Rebhun model showed that for contact flocculation-filtration humic dispersions attachment coefficient k₁ was similar to, detachment k₂ was many fold higher then and theoretical maximum mass capacity much lower then in case of mineral dispersions.Calculations showed that the solid content and the density of alumo-organic deposits in bed are much lower than of alumo-mineral deposits. Polymers and minerals increase the solid content, the density of deposits and the mass capacity of filter beds.     

LPG储灌厂改为天然气储配站的探讨

结合石家庄市LPG储灌厂改为天然气门站及储配站的工程,从原LPG储灌厂的地理位置、改造后现有设施的可利用性、改造后是否影响城市LPG供应、球罐改造利用的可行性及可操作性等方面论述了LPG储灌厂改造为天然气门站及储配站的可行性,阐述了改造方案.     

秦岭造山带金矿控矿条件及资源前景

金元素的富集成矿，受控于源、流、储三要素。含金矿源岩在秦岭造山带中广泛分布于太古宙至古生代地层中；中新生代陆内造山活动形成一系列叠瓦状推覆构造和岩浆活动，为金的富集提供了有利的动热再造环境；导致了一个巨型金矿带的形成。     

螺栓连接变电构架柱结构分析

与传统焊接A字变电构架柱相比,新型构架柱螺栓连接柱头各构件关联体小,工厂加工、运输和安装较简单,尤其是镀锌难度和镀锌成本能较大幅度地降低,整体经济性较好。运用有限元分析方法,研究了螺栓连接构架柱的柱高、根开与柱高比值、管壁厚度等因素对构架柱整体刚度和强度的具体影响,为螺栓连接的新型构架柱结构设计和优化提供了有利的理论依据。     

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.     

Effect of pitting corrosion on strength of web plates subjected to patch loading

Pitting corrosion is typical corrosion observed on coated hold frames in way of cargo holds of bulk carriers, which exclusively carry coal and iron ore. Extensive survey on the effect of pitting corrosion on structural strength under a wide variety of loading conditions is necessary to clarify the relationship between pitting intensity and residual strength in detail. In the present study, a series of tests has been conducted on structural models which consist of web, shell and face plates to investigate the effect of pitting corrosion on strength of web plates subjected to patch loading. In these tests, artificial pitting was made on the web plates and two equal concentrated loads have been applied vertically at the one third points of simply supported models. It was found that web crippling behavior is strongly affected by the pit distribution on the web plates. According to the FE-analyses following the experiment, ultimate strength of the web plates with pitting under patch loading is a little smaller than or almost the same as that of the web plates with uniform corrosion in terms of average thickness loss.     

大气环境下核电站安全壳温度场的时程分析

在进行核电站安全壳结构的整体性能试验时,大气环境作用会干扰结构试验变位和应变的测试结果。为了了解环境影响的规律和幅度,从理论和试验验证上探讨了安全壳在大气环境下的温度场问题,建立了时程分析和估值的计算模式,研究了有关参数。编程计算结果与实测结果非常吻合。本研究对大型结构设计和探讨混凝土和砖混结构建筑顶层开裂的热作用规律也具有实际意义。     

鄂东鸡冠嘴铜（铁）金矿床的地质特征及成因

本文通过对鸡冠嘴铜（铁）金矿床的地质特征及成矿机制的研究，认为该矿床明显受构造、地层和岩浆活动控制，在时空及成因上具有“一体多矿”、“一体多带”的成矿特点，为高、中温热液－接触交代矽卡岩型铜（铁）金矿床     

陕西九子沟铜矿成矿要素及成矿模式研究

九子沟铜矿位于铅硐山—铜牌沟铜铅锌成矿带中部。矿区赋矿部位为星红铺地层内灰岩与千枚岩接触面及其附近,此界面两侧岩性能干性相差大。一方面在北东向应力作用下,在二者接触部位容易形成滑脱,为成矿热液向上运移提供通道。另一方面,二者构成"硅钙面",引发流体物理化学条件变化,导致矿质沉淀。矿床矿体主要呈层状、似层状,局部为透镜状。根据矿区成矿地质环境、矿体特征、成矿物质组分、矿石组构、成矿物质来源等特征,初步确定了九子沟铜矿床的成矿要素及成矿模式。