蜻蜓点水--苏州西部生态城马山游客中心

文章重点介绍了项目在实施过程中的理念及技术难题，介绍了设计方在解决难题的过程中所做的新技术的尝试，体现了设计精神。     

浅谈价值管理在设计阶段的应用

简单介绍了建设工程项目价值管理及价值管理在设计阶段应用的要求，阐述了经验分析法、百分比法、ABC分析法等几种价值管理在设计阶段应用的方法，并对价值管理研究的应用——新建建筑中的价值进行了分析，以使设计全面体现建设工程项目的价值。     

场所精神构建的多维度探索——以中国地图出版基地设计为例

场所精神是建筑学的经典理论之一。本文首先分析了场所精神的哲学概念及本源,井探讨了场所精神对建筑设计在实践层面的影响。本文以中国地图出版基地的项目为例,探索了如何在设计中挖掘场所特征、构建场所精神,并通过设计将其体现出来。文章以设计案例的思考过程为切入点,阐述了构建场所精神的多维度路径。最后,文煮描述了场所精神经过建筑设计"物化"后的具体形态特征。     

2008年奥运会捐资人留名工程--国家游泳中心环境设计

一、项目概况 本项目为北京2008奥运会捐资人留名景观设计工程,其主题是体现"百年奥运,中华圆梦"精神与海内外中华儿女共同办奥运的伟大民族团结精神.该项目是传统与现代设计风格有机结合的人文景观,与奥林匹克公园的整体设计相协调.     

营造充满活力的社区商业——浅谈银城·西堤国际配套商业区的规划建筑设计

该项目以功能设计为出发点,兼顾美观适用的原则,体现以人为本的设计精神。     

走近GGN——卢瑞花园（续千禧年公园）

Gustafson Guthric Nichol公司的设计表现了对特定场地地貌的雕塑，体现了景观的承接关系，其设计作品为多学科的综合体，加强了项目场地中文化、自然、历史及功能的体化。     

余姚市第二中学设计解读

通过对基地状况和功能要求的研究,针对这些要点做出适合的设计。一方面通过有序而紧密关联的建筑空间营造体现教育建筑所特有的开拓、创新与复合的场所精神;另一方面通过建筑的材质、色彩及标志性特征符号表达对项目所在地余姚的历史文化与地域建筑特色的传承。     

传统与简约的隐喻——山西克虎镇天主教堂设计解析

在黄河边设计教堂是一个具有极大创造性和挑战性的项目。设计者在对近代山西天主教堂研究的基础上,力图对现代教堂建筑的本土化体现及当代性表达方面进行有益的探索。设计以简洁的艺术形式表现宗教故事里的精神,回归宗教的原初思想,形成了简练的建筑风格和宗教空间氛围,同时对地域性建筑文化进行新的诠释。     

东莞南峰中心建筑设计

一．项目概况及设计构思： 本项目的开发方为东莞南峰集团，该集团经过多年的发展，在房地产、建材、建筑施工及交通运输等多个领域取得很好的业绩，成为东莞知名的企业集团。正是因为企业发展需要一个能体现企业形象的现代化的办公楼，促成本项目的设计和建设。     

本体、现实与传统

面对“干城一面”的现代造城运动，提出了“两条线索”（形而下的几何逻辑及形而上的精神体验）融会贯通的设计思路，使建筑既体现其固有的物质本性，又能体现出自然性和精神性，并结合案例对以上思路进行论证。     

Design features of the Botlek rail tunnel in the Betuweroute

In this paper, the westernmost of the three bored tunnels in the Betuweroute is outlined: the twin bored Botlek Rail Tunnel. This paper deals with the specific local boundaries and the characteristic design features. Special emphasis is placed on the design of the shield tunnel boring machine. This evolved from a special proposal from the bidding contractors group BTC—a combination of Ballast Nedam, HBW, Strukton, Van Hattum en Blankevoort and Wayss & Freytag—which included an Earth pressure balanced shield (EPB-shield) instead of the slurry balanced shield that was foreseen in the reference design of the Client NS-RIB (Dutch Railways).     

The development of the direct strength method for welded steel members with buckling interactions

The direct strength method (DSM) has been adopted by the NAS (2004) and AS/NZS 4600 (2005) for the design of cold-formed steel members. The method can be successfully applied to the design of welded and hot-rolled sections. This paper reviews the development of the DSM for welded steel structural members. The design strength formulae for welded section columns and beams for the DSM are provided based on the tests performed on welded H-section, C-section, circular and rectangular hollow section columns fabricated from steel plates whose nominal yield stress is 235 MPa or 315 MPa. The comparison between the design strength of welded sections predicted by the DSM and that estimated by existing specifications is provided. This paper verifies that the DSM which adopts the nominal axial strength and flexural strength in the AISC (2010) or EC3 (2004) can properly predict the ultimate strength of welded section columns and beams.     

建筑隔震与消能减震设计

介绍了《建筑抗震设计规范》GB50011－2001中第12章“隔震与消能减震设计”，包括“隔震与消能减震设计”的科学理念，设防目标、设计方案、适用范围、设计要点以及对隔震和消能减震部件的基本要求等，并对一些重要规定作了说明。     

Co-operative design of children'sinteraction in museums: a case studyin the Hunt Museum

This paper reports research conducted in collaboration with the Hunt Museum, Limerick, Ireland, which examined how children's interaction in museums could be augmented through co-operative design. The paper describes the participatory design process that was undertaken over a two-year period, involving key informants and stakeholders, including teachers, docents (specialist museum guides) and curators. The designers also explored the potential of ubiquitous computing to enhance children's interpretive experience in museums, and this is also described. The research reported in this paper was supported within the EU disappearing computer (DC) initiative, specifically the SHAPE project. The goal of SHAPE, Situating Hybrid Assemblies in Public Environments, was to explore how emerging, novel computer technologies could be deployed in public spaces to enhance interaction and learning. The project culminated in the deployment of an innovative, large-scale computer-augmented exhibition, Re-Tracing the Past, in the Hunt Museum. This novel exhibition was open to the public from 9 to 19 June 2003. This paper documents the design process from initial scenario elaboration through to final deployment of novel technology in the museum. Evaluation data are also discussed, and the paper concludes with some insights for participatory design of technology to enhance children's interaction in museums. Furthermore, the review of evaluation data illustrates how the design themes that informed the extensive design process were successfully embodied in the final exhibition in the museum.     

Virtual environments for collaborative design: requirements and guidelines from a social action perspective

The paper is concerned with the design of virtual environments for collaborative design (VECD) – a particular class of collaborative virtual environments (CVEs) that focus on supporting design activities. VECD are becoming essential collaboration platforms for many designers and their clients, in a wide range of design domains including product, interior, architectural, automotive design, etc. However, the contemporary design considerations of VECD are mainly driven by systematic approaches that do not reflect upon knowledge regarding requirements that stem out of everyday collaborative design activities. A consequence is that they do not yield methodical guidance to designers of VECD applications. This paper takes a social action standpoint for the purposeful identification and organisation of collaborative design activities; proposes guidelines at multiple levels of abstraction for the design of VECD; and, finally, applies these to a case study development of a specific VECD for interior space design. The paper provides practical aids to designers of VECD so that they incorporate requirements about collaborative design early in the development lifecycle.     

Geotextile filter design guide

This paper provides the practicing designer with a comprehensive, systematic approach to solving common filtration design problems. Current filter design procedures often include only permeability and retention criteria. Several other concepts should be incorporated into the design process, such as: (i) consideration of whether permeability or retention is the primary function of a filter within the given application; (ii) quantifying the internal stability of soil; and (iii) addressing survivability and durability issues.

This paper incorporates several recently-developed design concepts, together with currently-used geotextile filter design criteria, into a comprehensive nine-step design methodology. Each step is discussed, specific numerical criteria are given, and information is provided for determining the parameters needed to satisfy the design criteria. The result is a user-oriented document for designing geotextile filters.     

现代设计大厦的结构设计

通过对现代设计大厦中较有特色的结构设计的介绍 ,重点讨论了基础选型和优化分析、高强混凝土节点设计、大型塔楼转换设计和整体结构的电算分析对比 ,体现了对结构整体概念的把握。     

Beyond design review: collaborating to create well-designed places in Scotland

ABSTRACT

This practice paper reflects on the national design advice service in Scotland that has been operated by Architecture & Design Scotland (A&DS) since 2005. Placed in the context of research on design review practice, the paper describes how design review in Scotland has evolved from a traditional panel model operating alongside a range of training and skills development functions into a more holistic and dynamic design advice service. The paper argues that the evolution of design review in Scotland signifies an innovative shift away from the often combative setting of a design panel, where the force of an argument frequently wins the day, towards a more measured, iterative and collaborative process of nurturing and enabling well-designed buildings and places.     

Evaluation of a PV-integrated building application in a well-controlled outdoor test environment

This paper presents the assessment of experimental data for electrical and thermal performance evaluation of photovoltaic (PV) systems integrated as cladding components into the building envelope, giving input to modelling and analysis work. From the experience gained in several EU research projects, an improved design for a common Test Reference Environment (TRE) has been developed. This specific design of the PV module and TRE makes it possible to study, through electrical and thermal energy flow analysis, the effect on electrical performance of using different materials for PV modules and the construction design of claddings. The results for a glass–glass PV module with forced ventilation are presented.     

Technological advancements in synchronous collaboration: The effect of 3D virtual worlds and tangible user interfaces on architectural design

This paper presents and evaluates two current advancements of collaborative technologies for architectural design. The paper focuses on technologies that support synchronous design collaboration, in particular, 3D virtual worlds for supporting remote design collaboration, and tangible user interfaces (TUIs) for enhancing co-located design collaboration. Both technologies enable designers to collaborate by interacting with 3D models as the design representations. The paper analyzes the effect of these technologies on design collaboration and cognition through a comprehensive interpretation of the results from two independent studies. These two studies, using protocol analysis and each focusing on a different mode of design collaboration, provide the foundation for characterizing the designers' cognition, communication and interaction when using the new technologies. The 3D virtual worlds study investigates remote design collaboration in a 3D virtual world in order to understand the changes of design behavior when designers are physically remote but virtually co-located as avatars within their design representation in the form of a 3D model. The TUI study measures the effect of a tabletop system that integrates TUIs together with augmented reality (AR) on designers' cognitive activities and design process in co-located design collaboration. Finally, the analysis and comparison of the results converge in a set of recommendations for the future development of collaborative design technologies.