Assessing Flexible Places for Adaptive Urban Design:A New Method and the Case of Cittaducale

Each place has its own peculiarities,determining that the resilience and adaptation to diverse types of risks will be different,requiring different time and methods for mitigation as well.The coexistence of several risks determines further resolution difficulties as commonly,since risks are sudden and unforeseen,there is a tendency to treat the last risk more carefully,neglecting the previous one even if it is just as important.Most of the methodologies used to analyse areas affected by different risks are aimed at focusing in particular on seismic risks without considering those relating to intangible aspects linked to the identity of the places or aspects related to urban health and liveability.And,more in general,in relation to design aspects,urban methodologies do not consider all the results of the analyses,maybe for the difficulty deriving from translating the complexity of collected data in project interventions.Starting from these premises,the objective of the article,elaborated within the SISMI and PRIN 2020 research projects is to propose an original methodology capable of analysing the places affected by multiple risks and planning its resilience attentive to its cultural resources and to its liveability.To this end,the proposed method will be aimed at creating flexible and adaptive places and the case-study of Cittaducale will be illustrated.Criticalities and qualities of this place affected by an earthquake in 2016 will be reported and project interventions to transform its risks into opportunities will be shown.

Necessity of Collaboration between Technology and Architectural Design in Order to Develop the Urban Space Quality

Proper architectural design and appropriate usage of technology compatible with the environment in parts of a city which is called urban spaces, spaces such as parks, squares, sidewalks, shopping malls, leave a great impact on the quality of the urban life. Architectural design itself is born from technology;it means that, architecture is tied with science and technology, and is in direct contact with them. Technological innovations are one of the most important forces affecting the architectural changes. Nowadays, technological innovations are recognized as important and effective powers in development of sustainable environmental design. Today societies are constantly changing in terms of social, economic, political and technological alterations. Change is inevitable, and like all aspects of contemporary life, architecture should similarly offer an appropriate response to such changes for remaining sustainable, useful and appropriate. Architecture should also have a suitable response to laws and regulations of recent issues like safety, environment and energy conservation, and even personal security in architectural space. The purpose of this paper is, primarily an exploration of the concept of “urban space”, and in the second stage, it plans to review the fundamentals and impacts of using technology in urban spaces. The research method is descriptive-analytic and library research method is used for data collecting.

Narratives of Spatial Division： The Role of Social Memory in Shaping Urban Space in Belfast

The paper examines the role of shared spaces in divided cities in promoting future sustainable communities and spaces described as inclusive to all. It addresses the current challenges that prevent such inclusiveness and suggests future trends of its development to be of benefit to the wider city community. It explains how spaces in divided cities are carved up into perceived ownerships and territorialized areas, which increases tension on the shared space between territories; the control of which can often lead to inter-community disputes. The paper reports that common shared space in-between conflicting communities takes on increased importance since the nature of the conflict places emphasis on communities＇ confidence, politically and socially, while also highlighting the necessity for confidence in inclusion and feeling secure in the public domain. In order to achieve sustainable environments, strategies to promote shared spaces require further focus on the significance of everyday dynamics as essential aspects for future integration and conflict resolution.

Research on the Application and Development of Digital Media Art in Urban Public Space Design

Digital media art is an emerging art form that combines digital technology and media art.It has huge potential to bring innovation to urban public spaces and provide them with vibrant artistic experiences.This article analyzes the design significance and value of digital media art in urban public space,its various forms of application in urban public space design,and the innovative ideas and paths that digital media art can take in urban public space to guide the future.The application and innovative methods of digital media art in urban public space design provide certain theoretical and practical references for urban planners and designers.

Exploration of Child-friendly Urban Park Design Strategies Based on Child Behavioral Psychology

By studying the behavioral psychology and needs of children,this paper analyzes the essence of child-friendly parks from the perspective of children,and discusses the design principles and key points of child-friendly parks,so as to provide a practical basis for the construction of child-friendly cities.

The Application and Prospects of Digital Visualization in Urban Public Building Space Design

With the development and innovation of digital information technology, digital visualization plays an increasingly important role in the design of urban public building spaces. This paper explores the application of digital visualization technology in the design of urban public building spaces and looks ahead to future trends. Firstly, it analyzes the challenges in the design of urban public building spaces, including extensive professional involvement, complex functional layout requirements, rational emergency evacuation routes, multidimensional analysis of architectural spatial environments, and appropriate selection of decorative materials. Next, it introduces the applications of digital visualization technology in showcasing visual design and expression, optimizing spatial functional layouts, enhancing the rationality of evacuation routes, analyzing dynamic environmental impacts and energy consumption, and improving the effectiveness of material selection in the design of urban public building spaces. Lastly, it discusses the prospects of extended reality (XR) technology, interactive design using data platforms, and AI technology in the design of public building spaces. It is hoped that this paper provides inspiration and reference for the deeper application of digital information technology in the field of architecture. .

Collective Forms and Collective Spaces: A Discussion of Urban Design Thinking and Practice Based on Research in Chinese Cities

The paper examines how social projects,social spaces,and social realities define three contexts and shifts critical to understanding urban design in China,which are the transformations from collective forms to community building,from government to governance,and from urban versus rural development to urban-rural integration.The argument presented is that a unique unification of administration,production,and reproduction spaces into one institution,produced collective forms in China,whose collective spaces and collective subjectivities contrast with Western-centric explanations of urban design and urban sociology that depend on abstract notions of the public,public space,community,and place making.Instead,collective forms and collective spaces are defined by concrete activities,interests,and benefits that provide social networks of support and care to clearly identifiable constituencies.The collective and the community in China are thus always legibly spatialized and develop in parallel to a socialized model of governance that derives from a“differential mode of association.”This creates a spatialized governmentality,an instrumentalization of spatial design by government that brings spatial and social problems of governance closely together.A brief discussion of the historical formations of these changing contexts is the basis to outlining an interdisciplinary urban design approach that deals with spatial and social environments,practices,and policies.The paper brings together research conducted in Chinese cities including Wuhan,Beijing,and Shanghai.

Transformation of Urban Design from the Perspective of Society-Space Relationship

The New Urban Agenda approved at Habitat III – The United Nations Conference on Housing and Sustainable Urban Development in 2016, promises to achieve the urban transition toward sustainability in response to future challenges facing cities worldwide. In the current context of new urbanization in China, urban development is experiencing a transition from incremental development to regeneration. In order to realize people-oriented objectives, planners need to gain scientific understanding of urban development and grasp the basic concepts of urban design and value orientation, so that they can shape spaces that meet diverse needs, achieve social inclusion and enhance the quality of urban life. The purpose of this paper is to reiterate the importance of studying urban development from the "society-space" perspective and the concern about its values in urban design. The paper analyzes and discusses the characteristics of urban development and changes in social needs that appear in the practice of urban design from the perspective of society-space relationship. In addition, it emphasizes the spatial-temporal characteristics and value orientation in the development of urban design theory and practice. Considering China's current urban background, the paper also argues that the current transformation of urban design practice needs to be guided by theories on human settlements and reinforce three important aspects of urban design characteristics and values: seeking truth from science, seeking kindness in humanities, and seeking beauty through art.

Ecological Planning and Design of Urban Green Space System of Sanya City

The construction of International Tourism Island has accelerated the development of Sanya City. The population aggregation and the external extension of urban area have brought a lot of negative effects, such as discontinuities of green space matrix, dysfunction of green wedge permeation, deficiency of eco-corridor, structural imbalance of green space system and so on. The overall layout of Green space system known as "One Belt & Three Bays, One Core & Six Towns, Two Axes & Three Wedges, Two Net Synchronous-construction" strengthens the eco-connection among different groups and green space in central area of the city, and realizes the collaborative construction of both resource corridor and landscape corridor. The eco-layout of green core, green corridor and green patch helps keep the integrity of large vegetation patches, enhances the eco-connection of different types of green space and improves finger-shaped network of urban green space. The most efficient way to promote the circulation of urban ecosystem and the positive development of Sanya City is to plan multilevel and three-dimensional eco-space structure and maximize ecological benefits of green space system.

Landscape Design of the Urban Highway Traffic Gateways——A Case Study of the West Gateway in Yulin City of China

Improving urban gateway landscape environment helps establish positive images of a city, and helps newcomers form proper recognition of the city. Landscape design of the west gateway in Yulin City was taken for example, its natural ecological environment, historical and humanistic environment and modern man-made environment were investigated, and also macro elements analyzed, such as overall urban planning, historical and cultural background of the city, regional environment features. It was to build the west gateway of Yulin City into a landscape transition area for experiencing culture and history of the city, and appreciating characteristic images of this region, and to improve natural ecological conditions of the local area, realize the sustainable development of regional environment.

A Geodesign Method of Human-Energy-Water Interactive Systems for Urban Infrastructure Design： 10KM2 Near-Zero District Project in Shanghai

The grand challenges of climate change demand a new paradigm of urban design that takes the perfor- mance of urban systems into account, such as energy and water efficiency. Traditional urban design methods focus on the form-making process and lack performance dimensions. Geodesign is an emerging approach that emphasizes the links between systems thinking, digital technology, and geographic con- text. This paper presents the research results of the first phase of a larger research collaboration and pro- poses an extended geodesign method for a district-scale urban design to integrate systems of renewable energy production, energy consumption, and storm water management, as well as a measurement of human experiences in cities. The method incorporates geographic information system （GIS）, parametric modeling techniques, and multidisciplinary design optimization （MDO） tools that enable collaborative design decision-making. The method is tested and refined in a test case with the objective of designing a near-zero-energy urban district. Our final method has three characteristics. （1） Integrated geodesign and parametric design： It uses a parametric design approach to generate focal-scale district prototypes by means of a custom procedural algorithm, and applies geodesign to evaluate the performances of design proposals. （2） A focus on design flow： It elaborates how to define problems, what information is selected, and what criteria are used in making design decisions. （3） Multi-objective optimization： The test case produces indicators from performance modeling and derives principles through a multi-objective computational experiment to inform how the design can be improved. This paper concludes with issues and next steps in modeling urban design and infrastructure systems based on MDO tools.

Evaluation of urban river landscape design rationality based on AHP

An evaluation model for the rationality of the landscape design of urban rivers was established with the analytic hierarchy process （AHP） method so as to provide a foundation for updating the landscape design of urban rivers. The evaluation system was divided into four layers, including the target layer, the comprehensive layer, the element layer, and the index layer. Each layer was made of different indices. The evaluation standards for each index were also given in this paper. This evaluation model was proved tenable through its application to the landscape design rationality evaluation of the Weihe River in Xinxiang City of Henan Province. The results show that the water quality, space, activity, facility, community, width of vegetation, sense of beauty and water content are among the most influential factors and should be considered the main basis for evaluating the rationality of the landscape design of urban rivers.

Planning of Urban Public Disaster-prevention Green Spaces: A Case Study of Living Water Park in Chengdu City

Based on disaster-prevention functions of urban public green spaces, necessity and significance of emergency shelters in a city were analyzed. Taking Living Water Park in Chengdu for example, planning of urban public disaster-prevention green spaces was analyzed to further explore planning of urban disaster-prevention green space system and refugee spaces, and provide instructions for the planning and construction of urban disaster-prevention green spaces in China.

Formation of Better Streets: Interpretation of Urban Design Guidelines for Beijing Street Regeneration and Governance

As a showcase for public well-being and urban identity, a better street should carry not only the constantly flowing traffic stream, but also diversified lifestyles and various streetscapes. Beijing is the capital of China, one of its ancient capitals, and a tier 1 international metropolis, both its street connotation and functions are extremely complex. Along with new requirements proposed in the Beijing City Master Plan(2016 – 2035) for controlling construction land, strengthening urban identity, and improving urban governance, the Urban Design Guidelines for Beijing Street Regeneration and Governance(the Guidelines) is not only an important breakthrough point for promoting urban transformation to sustainable urban regeneration and governance, but also the foundation of optimizing capital city construction and building a world-class, harmonious, and livable capital city. Taking full consideration of value orientation, technical methods, system design, and governance transformation, the Guidelines adopts five measures, including identity enhancement, coordinated design, enhancing cultural and aesthetic quality, building platforms, and managing 'stubborn diseases' – problems which have plagued people for many years and have been intensifying with years to pass, to comprehensively improve the street design and governance, in the hope of making it a real typical space that represents the image and cultural charm of the capital city.

Application of Stone Carving in Urban Green Space

Stone carving as a medium of cultural exchange in the modern urban green space is widely used, and the integration of urban green space landscape presents a new type of artistic atmosphere. The research outlined classification and function of stone carving in urban green space, and analyzed different aesthetic themes of stone carving＇s application in urban green space and the aesthetic taste and geographical features expressed by aesthetic themes. The application in Ma＇anshan Zhu Ran Park, Children＇s Park, Pearl showed the deep meaning of stone carving art and its distinctive personality traits.

Research on Ecological Space Planning Oriented Urban River Landscape Planning

Based on the generalized landscape perspective, regional connotation of urban river landscape is expanded. The area connotation of urban river landscape is expanded based on the generalized landscape perspective. In addition to natural and functional attributes, river landscape should be regarded as a regional space element based on heterogeneous space scale. First, as for research method system, the space research models(including ecological footprint, space planning, and landscape pattern index, etc.) coupled with different angle scales and interdisciplinary theory, are utilized to study different correlations and results formed by urban river landscape elements and other regional space elements from the perspective of the regional ecological space, and the overall development goal of the urban river landscape pattern based on the goals of the regional ecological space planning is obtained. Second, the oriented urban river landscape planning and the "M" type close-tonature design strategy are evaluated through the city function zoning orientation and micro-scale urban river landscape pattern index. The research realizes the compatibility of overall goals in terms of the regional ecology, the development of urban functional areas, and the river landscape planning, without losing micro difference and maneuverability based on the urban river landscape planning and design oriented strategy, which innovates the new approach of urban river landscape planning and design with sustainable and balanced development of regional resources, multi-scale, and multiple objectives.

How Multi-Sensory Perception Plays a Landscape Restorative Role in Adelaide's Urban Green Space

Urban green space is an effective psychological restoration landscape site.However,Adelaide's urban green space tends to focus on visual design but neglect non-visual senses.Sensory influence is interactive and has profound and subtle effects on tourists.The purpose of this study was to investigate the relationship between auditory,tactile,and psychological restoration ofxirban green space from a multi-sensory perspective.This study used quantitative research methods to investigate auditory and tactile-related landscape factors that have a positive effect on restoration.It is expected that this study will contribute to the high-quality restoration of urban green space and promote human health.

Microclimate in Hot Dry Damascus： The Influence of the Urban Environment on Human Perception

There is a broad recognition that microclimatic conditions contribute to the quality of life in cities. A favorable microclimate has a positive influence on both commercial and social activities. The aim of this study is to investigate the relationship between the human being and the surrounding thermal environment in terms of thermal acceptability, physical quality of the place, emotional state and the usage of the urban space in hot dry Damascus, Syria. The study is based on questionnaire surveys during the summer and winter in six locations with different microclimates. It is shown that the urban design plays a significant role in improving the microclimate, especially during the summer. The study also illustrates that when people＇s thermal perception is within the thermally acceptable range （i.e., slightly cool, comfortable and slightly warm） they experience the urban design as significantly more beautiful and more pleasant than during thermally unacceptable conditions. The results indicate that there is an interactive relationship between the urban design and humans＇ emotional state. Our findings suggest that a new perspective is needed for determining urban microclimate requirements and incorporating them into the urban design process to enhance the thermal environment in outdoor urban spaces in Damascus.

UrbanXTools协同式城市设计工作坊教学实验

基于图论的量化方法使得空间句法特别适合应用于参数化设计。这方面最新的技术发展以Urban XTools工具为代表。本文介绍了一个短期工作坊的教学过程,分析了Urban XTools工具在城市设计中的几种主要应用情景及其技术路线和方法特点。工作坊教学成果表明,该工具符合城市规划设计逻辑,具有参数化联动和多专业协同的特点,能够有效连接控制性规划与城市设计方案,实现地块指标多维量化与城市设计方案推敲之间的高效互动。