Study of Performance Assessment for Urban Renewal Project in Taipei City

Huang, Kuan-Hua; Pai, Jen Te; Liu, Jen-Hua

doi:10.14246/irspsd.4.1_64

Cited by 14 publications

(8 citation statements)

References 16 publications

(10 reference statements)

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“…In particular, the new Dubai Canal will enhance the urban-scape of the city offering new waterfront developments, transportation venues and diversified panoramas to the city. The new Canal fosters open spaces around it that act as counter spaces to high-end real-estate projects and that can provide environmental and social sustainability in the long run, especially if similar projects materialise and become part of Dubai's broader urban policies (Huang, Pai, & Liu, 2016). Emerging open spaces in cities that have witnessed rapid urbanisation are necessary, and when mitigated they represent an intermediate intervention of government, private sector and the emergence of local governments as entrepreneurs.…”

Section: Discussionmentioning

confidence: 99%

Engineered Landscapes: The New Dubai Canal and Emerging Public Spaces

Amrousi

Elhakeem

Paleologos

et al. 2019

IRSPSD International

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Dubai's 2020 Expo is expected to authenticate Dubai's status as an emerging Arab city that displays modernity through iconic projects, sequences of fragmented urban enclaves, and engineered landscapes. The new Dubai Canal creates a navigational route that interlaces the historic centre with newly emerging artificial islands. The new Canal accentuates Dubai's city image as an urban space found on technologically advanced infrastructural systems, and offers new panoramas of the city, enhancing its walkability, and creating public spaces along its banks. This current paper studies the urban changes and the city's shift of focus manifest with these new waterfront developments. The attempt to unify the functions of the urban space, to live, work, move, and recreate in the same space is analysed as a departure from the fragmented practices existing until now. The recreation of historical forms and functions in a modern setup, and the attempt of Dubai to present itself as a global city through the use of architectural elements belonging to various cultures in order to appeal to different ethnicities are also discussed. Finally, in order to assess whether stagnation points would develop in the Canal which could jeopardize its function and appeal, a two-dimensional hydrodynamic model was utilized to predict the velocity and the circulation flow pattern in the canal, bends and lagoons.

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Section: Discussionmentioning

confidence: 99%

Engineered Landscapes: The New Dubai Canal and Emerging Public Spaces

Amrousi

Elhakeem

Paleologos

et al. 2019

IRSPSD International

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“…Te DEA approach can also be applied to site selection for urban renewal benefts. Huang et al [24] categorised urban renewal projects in Taipei into three dimensions of environmental, economic, and social, by classifying them into decision units, and evaluated the efciency of renewal projects based on DEA. Tang et al [25] combined energy analysis and SBM-DEA to construct an eco-efciency model and illustrated the applicability of this eco-model in urban regeneration using the questionnaire statistics of Chongqing, China, as an example.…”

Section: Performance Evaluation Modelmentioning

confidence: 99%

Evaluation on Site Selection of Urban Renewal Projects from the Perspective of Space Benefit: Macau Special Administrative Region as an Example

Chen

Xing

Huang

et al. 2023

Journal of Mathematics

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With the advent of the stock-planning era, urban renewal has gradually become an important part of urban construction. Urban renewal is essentially a process of solving the rational redistribution of space. However, blind urban renewal can easily lead to the waste of space resources. Therefore, an appropriate renewal location can maximize the space’s renewal efficiency. Based on the perspective of space benefits, this study constructs an urban renewal site selection evaluation system suitable for Macau SAR from two aspects of social and economic benefits and space benefits and uses the DEA model to verify the evaluation system. Thus, we can more objectively and directly judge the evaluation of benefits in urban renewal site selection, maximize the efficiency of spatial renewal, and provide reference for urban site selection decisions. The results are as follows: Funing Building is the best item among the four renewal projects, and it is also the most suitable target point for development; the super-rich benefit is inefficient in terms of both space benefit and production cost benefit.

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“…The evaluation of urban renewal sustainability is a complex process [28], with myriad conflicts and trade-offs among various indicators [29]. There is a series of literature addressing the subject of various benefit evaluations for urban renewal projects.…”

Section: Comprehensive Benefit Evaluation For Urban Renewal Projectsmentioning

confidence: 99%

Evaluating the Comprehensive Benefit of Urban Renewal Projects on the Area Scale: An Integrated Method

Chen

Liu

Zhuang

2022

IJERPH

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Globally, the challenges facing cities regarding urban decay, insufficient urban function, and fragmented urban development are enormous. Under this context, urban renewal provides opportunities to address these challenges and enhance urban sustainability. Thus, promoting urban renewal projects and improving their performance is a global topic. In many circumstances, urban renewal is planned and initiated on the project scale, but on the area scale, overall coordination of the projects can bring about comprehensive benefits to urban areas on a macro view. In practice, it still lacks a systematic evaluation approach to obtain a clear picture of such comprehensive benefits. In academia, the existing research studies are mainly focused on single-project evaluation. An integrated framework that provides a holistic assessment of area-scale project benefits is missing. Few fully consider the coupling coordination benefits between several urban renewal projects from an area-scale perspective. Thus, this paper aims to propose a framework for integrating an indicator evaluation system through a hybrid entropy weight method with Back Propagation (BP) neural network methods to evaluate the comprehensive benefit of urban renewal projects on the area scale, which is the level at which most development area-scale renewal projects take place in a city. The feasibility and effectiveness of this proposed framework are then verified in a case study of Chongqing, China. The results indicate that the proposed method that integrated multi-project characteristics can contribute to a bigger picture of benefit evaluation of urban renewal based on an area scale perspective. This therefore provides not only guidance for urban planners and policymakers to make better decisions, but also new insight for benefit evaluation in the field of urban development.

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Study of Performance Assessment for Urban Renewal Project in Taipei City

Cited by 14 publications

References 16 publications

Engineered Landscapes: The New Dubai Canal and Emerging Public Spaces

Engineered Landscapes: The New Dubai Canal and Emerging Public Spaces

Evaluation on Site Selection of Urban Renewal Projects from the Perspective of Space Benefit: Macau Special Administrative Region as an Example

Evaluating the Comprehensive Benefit of Urban Renewal Projects on the Area Scale: An Integrated Method

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