2010年世界博览会西班牙馆的设计分析

从形式语汇的渊源与建构语义两个层面解读分析了世界博览会西班牙馆的设计过程和思想,通过对功能、空间、场所的最初设想,产生了＂篮子＂这一建筑意象与＂藤条＂的建构方式,从而完成了世博西班牙馆的建造目标。     

万科地震模拟振动台的建设

为深入研究工业化建筑的抗震性能与隔震、减震消能技术在住宅项目中的应用,万科建筑研究中心基地建造了3.2m×3.2m的水平单向振动台,并将其作为国家博士后科研工作站的实验平台。本文介绍了地震模拟振动台建设的前期定位与参数选择,主要设备仪器的确定以及设计建造过程,并对基础设计进行了分析探讨。振动台建造完成后运行良好,取得了预期的设计效果。     

低碳世博 东方明珠新名片 绿色建筑新标杆——揭示世博第一个国内外绿色金奖双认证的诞生经历

<正>作为世博会期间接待各国政要的特殊场馆,作为世博建筑群的形象代表,世博中心有别于其他场馆的"万紫千红",却带有一份独特的庄重与神秘—方方正正的世博中心到底有什么看点?"世博中心是上海城市的客厅。"世博会后,世博中心将转型为国际一流会议中心。世博中心的设计建造,特别强调绿色节能理念,它是如何被打     

低碳世界：东方明珠新名片绿色建筑新标杆——揭示世博第一个国内外绿色金奖双认证的诞生经历

作为世博会期间接待各国政要的特殊场馆,作为世博建筑群的形象代表。世博中心有别于其他场馆的“万紫千红”,却带有一份独特的庄重与神秘——方方正正的世博中心到底有什么看点？“世博中心是上海城市的客厅。”世博会后,世博中心将转型为国际一流会议中心。世博中心的设计建造,特别强调绿色节能理念,它是如何被打造成为绿色、低碳建筑的表率与标杆的？本刊记者为您揭秘世博中心项目摘得两项最高荣誉——中国绿色三星标准和美国建筑LEED金奖背后的精彩故事。     

上海世博会绿地景观特色的研究与实践

通过对上海世博会总体规划的研究以及现场基础资料的调研,确定世博园区绿地系统规划设计的专业定位、设计原则和园林景观目标。上海世博会绿地系统以"一核、两带、多楔"的结构构建绿色空间布局,世博公园作为世博会总体规划布局中的重要组成部分,其规划设计从定位、理念上均与世博会的主题相呼应。通过世博公园景观绿化的实践,落实"传统与特色、创新与科技、环保与生态"的设计指导思想。     

世博园区绿地系统规划设计

对于上海世博园区绿地景观的规划建造,上海绿化和市容管理局会同有关部门,组织了不同领域、不同专业、不同层次的专家,集思广益,尽心尽力,站在城市生态系统发展战略的高度。在世博园区绿化景观规划设计与建设操作的整个过程中,始终体现绿色世博、生态世博的理念,众多指标达到＂区域系统化＂、＂空间功能化＂、＂配置生态化＂、＂运营低碳化＂、＂养护减量化＂。     

"建成"的思考-有关同济建筑师新作品分析

文章针对近年来同济大学建筑师设计作品,分别从“理论研究”、“教学”到“社会实践”的过程;诗意的“工程建造”;对于工程建造过程的关注以及“建成”的设计过程载体等几个方面分析了建筑师的文化定位与社会实践。     

光纤传感技术在大型结构施工中的应用

随着我国经济建设的不断发展,大型土木工程项目不断得以新建．如北京奥运场馆、上海世博场馆．润扬长江公路大桥、杭州湾跨海大桥的建成．均显示了我国在工程建设领域的设计和建造能力。     

后滩公园:景观作为生命系统

上海世博后滩公园是2010上海世博公园的主要组成部分,场地为染严重的工业棕地。设计将景观作为生命系统,用当代景观设计手法,在垃圾遍地、污染严重的原工业棕地上,建成了具有水体净化和雨洪调蓄、生物生产、生物多样性保育、和审美启智等综合生态服务功能的城市公园。后滩公园建立了一个可以复制的水系统的生态净化模式;同时,通过生态设计途径,创立了新的公园建造和管理模式,     

媒体重头文章概览

正《施工技术》23/2018重庆来福士广场高空超长水晶连廊设计与建造管理重庆来福士广场项目高空超长水晶连廊结构设计为国内外罕见,其施工难度大、组织协调过程复杂,项目类似EPC模式,其设计及跨标段多维度建造接口的总包管理经验具有非常重要的实践意义。本工程连廊将设计难点及建造技术难题进行前置,提前通过设计及建造协调会的协同机制,解决建造过程中的设计及施工难题,保障了水晶连廊施工的顺利进行。同时在设计及建造过程中,创新性地编制了施工分区及工序关联的总进度计划,并     

The utopia of order versus chaos: A conceptual framework for governance,organizational design and governmentality in projects

Images of utopia of order and chaos can serve to depict paradoxes observed in projects by illustrating the ongoing challenges presented by formal organization and informal social structure at the interface of temporary/permanent organizing. This paper develops a conceptual framework that shows that governance, organizational design and governmentality are all essential to an understanding of projects. We seek to clarify these concepts and to consider temporalities in the organizational project management context. This implies examining temporary/permanent organizing interaction at macro-meso-micro levels and challenging the traditional categorization of the formal and the informal aspects into two different and isolated streams of research. The paper offers a theoretical contribution to project studies by creating a bridge between process theory, the sensemaking perspective and the study of organizational project management. It also contributes to practice through the framework's analytical potential and improved understanding of the relationship between governance and organizational design.     

特大型地下室底板及外墙裂缝控制设计与施工

介绍了某超长超宽特大型地下室底板及外墙的无缝设计与施工情况,认为通过采取适宜的设计及施工措施,超长超宽的地下室底板及外墙不设永久性伸缩缝是可行的。该工程施工期间及建成运营2年多来,均未发现地下室底板及外墙有渗漏现象,是一个非常成功的案例,可供类似工程设计参考。     

基于结构位移性能的合肥游泳馆抗震设计

合肥游泳馆屋盖为双层网架结构,其支承结构不对称,抗震验算时,结构的位移不符合抗震规范的要求。使用抗震性能设计方法,研究了该结构在大震作用下的反应,弹塑性计算结果表明在大震作用下,结构杆件处于弹性、无残余变形,震后结构性能完好。     

基于SAN结构的PACS系统设计研究

在综合性医院,医学图像信息的大量产生,对它存储,快速传输和处理都需要找到一种更加方便和有效的方法。提出基于SAN结构的影像文件长期在线存储方案,并在此基础上对医学影像存档与传输系统（PACS）的设计进行了论述。     

The Megaproject-based Firm: Building programme management capability to deliver megaprojects

The rapid growth in demand for large-scale infrastructure around the world calls for a new type of organisation, which we label the Megaproject-based Firm (MBF). We conceptualise the MBF as a core permanent entity that delivers multiple megaprojects with partners in project networks, in several large temporary organisations crossing the boundaries of the firm. We use 78 interviews to identify how the learning within and between these megaprojects has enabled the firm to build programme management capabilities over time. Our results show that adaptability, flexibility, and the design of the roles and responsibilities between clients and delivery partners are critical ingredients of programme management. Megaprojects should be delivered through a collaborative relationship with clients, not for clients. The involvement in a series of megaprojects in parallel and sequentially offers a new type of project capability building challenge for firms, adding to the literature on project-based firms and project capabilities.     

ISM模型在建筑设计造价控制中的应用

设计阶段对一个项目的工程造价起到了决定性的作用,其中建筑设计在工程造价的控制中占有很大比例。应用ISM（interpretative structura lmodeling,ISM）模型对建筑设计参数影响工程造价的程度进行分析,可以划分出对工程造价影响程度较高的设计参数。本文以北方采暖地区的建筑为例,分析影响工程造价的...     

盐渍土地区桥梁钻孔灌注桩钢护筒施工工艺研究

本文以某盐渍土地区桥梁建设项目为例,探讨了桥墩桩永久性钢护筒的两种施工方法。对先浇法钢护筒和后浇法钢护筒两种施工方法进行了细致的分析,最后根据项目实际情况选择了后浇法钢护筒施工工艺,施工检测符合设计要求。     

Three domains of project organising

It has become axiomatic in research on project organising that projects are temporary organisations. Yet there are a number of challenges to this axiom: research on matrix organisation, the embeddedness of projects in project ecologies, and projectification all emphasise the relationship of the project to permanent organisations. Similarly, research on project-based firms and owner organisations which are relatively permanent challenges this axiom. This paper develops a conceptual framework which defines three domains of project organising: project-based firms; projects and programmes; and owners and operators as its principal theoretical contribution. This conceptual framework draws our attention to two important new areas for future research in project organising. The first is at the interfaces between the three domains of project organising: commercial, resourcing, and governance. The second is on project organising as temporary configurations of permanent organisations in coalitions to deliver particular outputs.     

Project-based learning patterns for dominant design renewal: The case of Electric Vehicle

The increasing environmental concerns call for deep renewals in existing technologies and traditional design solutions in many industries. Electric Vehicle (EV) is emblematic of such a radical shift. Based on case studies and an action research within an on going project, this article analyses how project-based learning can question such a dominant design. After a brief history of past EV failures, we focus on what should be addressed to prevent the current projects from being just another bubble. We characterize the four projects-based learning patterns experimented in the 1990s and 2000s: concept car projects, derivative projects, vanguard development projects, and multi-projects concurrent programs. We analyse how the last two project-based learning patterns succeed to address the dominant design renewal challenges. We demonstrate that they develop different linkages between innovative projects and permanent departments of the firms. We show that multi-project concurrent program reduces dramatically the deployment lead-time of the new industrial paradigm.     

三峡工程永久船闸人字门防火设计

三峡工程永久船闸是世界上规模最大的通航船闸。若过闸的油轮(驳)在永久船闸闸室内发生火灾，油品燃烧产生的高温会使船闸钢质人字门变形，甚至烧垮人字门，闸室的水倾泻而下，着火油轮(驳)顺水冲毁闸门，直接危及整线船闸的安全。由于国内外尚无关于船闸闸室人字门防火设计的消防规范，也无已建的相似工程可资借鉴，就三峡工程永久船闸人字门的几种防火措施进行了探讨。