Small green areas for energy saving: effects on different urban settlements

Gargiulo, Carmela; Tulisi, Andrea; Zucaro, Floriana

doi:10.5821/ace.11.32.4659

Cited by 4 publications

(3 citation statements)

References 15 publications

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“…Gargiulo and Zucaro (2015), Moraci, Fazia, & Errigo, 2018, Zhu et al (2019), Fujinawa et al (2015), Shah et al (2019), Takewaki et al (2011),…”

Section: Connections Between Sc and Rcmentioning

confidence: 99%

“…For example, modern ICTs, such as IoT and big data analytics technology provide an open opportunity to develop RC (Shah et al, 2019). They can help improve the intelligence of transportation system (Kavehvash, 2016), optimize resource allocation in energy supply (Gargiulo & Zucaro, 2015; Moraci, Fazia, & Errigo, 2018; Zach et al, 2019), provide disaster prevention information (Takewaki et al, 2011) and improve resilience against nature (Fujinawa et al, 2015). The positive effect of SC on RC from social and environmental aspects is not clearly stated, but is statistically approved by Zhu et al (2019) with samples cities in China.…”

Section: Connections Between Sc and Rcmentioning

confidence: 99%

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Smart city and resilient city: Differences and connections

Zhu

Feng

et al. 2020

WIREs Data Min & Knowl

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Smart city (SC) and resilient city (RC) have been studied and practiced over the years in terms of the increasing urban problems and disasters. However, there is a large overlap between their meanings and relationships. With an increasing concern for both SC and RC in urban development and hazard mitigation, a review was conducted to explore the differences and connections between SC and RC with scientometric analysis. There are far more literatures about SC than RC, and very few papers discuss SC and RC together. The research trend, category, and hotspots from research clusters are illustrated and compared. Major differences are discussed from their objectives, driving force, current research focus, and criticism. The literatures both related to SC and RC are used to explore their connections, which are very limited. The results revealed that the RC's impact on SC are positive from physical, social, and environmental aspects, while SC's impacts on RC could be both positive and negative from the above three aspects. It is indicated that SC and RC are both important for urban planning and can be complementary to each other through proper design and governance, which implies the need for building a resilient smart city (RSC).

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“…Gargiulo and Zucaro (2015), Moraci, Fazia, & Errigo, 2018, Zhu et al (2019), Fujinawa et al (2015), Shah et al (2019), Takewaki et al (2011),…”

Section: Connections Between Sc and Rcmentioning

confidence: 99%

Section: Connections Between Sc and Rcmentioning

confidence: 99%

Smart city and resilient city: Differences and connections

Zhu

Feng

et al. 2020

WIREs Data Min & Knowl

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“…Efficient use of energy brings along positive ecological, economic, and humane outcomes. Efforts to use energy efficiently raise individuals' awareness towards the environment and its impact on humanity (Inter Academy Council, 2007;Lam et al, 2008;Gargiulo et al, 2016).…”

Section: Introductionmentioning

confidence: 99%

Developing a Model for User Satisfaction Assessment in Energy Efficient Dwellings

UŞMA¹,

Akıncı²

2022

ACE: Architecture, City and Environment

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Els habitatges energèticament eficients són els edificis el consum energètic dels quals es minimitza al llarg del seu disseny, procés de construcció i tot el cicle de vida. També es defineixen com a edificacions que asseguren ambients saludables i productius per als seus usuaris. No obstant això, la recerca sobre habitatges energèticament eficients en la literatura aborda principalment el tema de la sostenibilitat ambiental i econòmica. La satisfacció de l’usuari residencial, que es troba entre els factors més importants en el procés de disseny arquitectònic, no està prou emfatitzada en la recerca sobre habitatges energèticament eficients. Aquest estudi té com a objectiu determinar la satisfacció de l’usuari en el disseny d'habitatges energèticament eficients i els estudis d’aplicació de manera integral. En última instància, es pretén desenvolupar un model de mesurament de la satisfacció de l’usuari que pugui ser utilitzat durant tot el procés de disseny/construcció i posteriorment a aquest efecte. Els components del model es van derivar de l’anàlisi de diversos indicadors. En aquest procés es van tenir en compte les característiques dels edificis energèticament eficients, els criteris del sistema de certificació, els estàndards de qualitat de l’habitatge i els indicadors obtinguts dels estudis acadèmics en la literatura. Les propostes d’avaluació formades d’aquesta manera es van aplicar als usuaris residencials predeterminats i després es van revisar els indicadors. A la llum de les dades obtingudes a través de l’enquesta de camp, es van finalitzar els principals temes i subindicadores del model. Al final de totes les anàlisis, es va trobar satisfactori el poder explicatiu dels temes del model sobre el fenomen que es pretén mesurar. Energy efficient dwellings are the buildings, energy consumption of which is minimized throughout their design, construction process and the whole life cycle. They are also defined as buildings which ensure healthy and productive environments for their users. However, the research on energy efficient dwellings in the literature, on the other hand, mainly addresses the topic in the context of environmental and economic sustainability. Residential user satisfaction, which is among the most important factors in the architectural design process, not sufficiently emphasized in the research on energy efficient dwellings. This study aims to determine the user satisfaction in energy efficient dwelling design and application studies comprehensively. Ultimately, it is aimed to develop a model of user satisfaction measurement which can be used throughout the design / construction process and afterwards to this end. Model components were derived from the analysis of various indicators. In this process, characteristics of energy efficient buildings, certification system criteria, housing quality standards and indicators obtained from the academic studies in the literature were taken into consideration. The assessment proposals formed in this way were applied to the pre-determined residential users, and then the indicators were reviewed. In the light of the data obtained through the field survey, the main themes and sub-indicators of the model were finalized. At the end of all the analyses, the explanatory power of the themes of the model were found satisfactory on the phenomenon that is aimed to measure. Las viviendas energéticamente eficientes son los edificios cuyo consumo energético se minimiza a lo largo de su diseño, proceso de construcción y todo el ciclo de vida. También se definen como edificaciones que aseguran ambientes saludables y productivos para sus usuarios. Sin embargo, la investigación sobre viviendas energéticamente eficientes en la literatura aborda principalmente el tema de la sostenibilidad ambiental y económica. La satisfacción del usuario residencial, que se encuentra entre los factores más importantes en el proceso de diseño arquitectónico, no está suficientemente enfatizada en la investigación sobre viviendas energéticamente eficientes. Este estudio tiene como objetivo determinar la satisfacción del usuario en el diseño de viviendas energéticamente eficientes y los estudios de aplicación de manera integral. En última instancia, se pretende desarrollar un modelo de medición de la satisfacción del usuario que pueda ser utilizado durante todo el proceso de diseño/construcción y posteriormente con este fin. Los componentes del modelo se derivaron del análisis de varios indicadores. En este proceso se tomaron en cuenta las características de los edificios energéticamente eficientes, los criterios del sistema de certificación, los estándares de calidad de la vivienda y los indicadores obtenidos de los estudios académicos en la literatura. Las propuestas de evaluación formadas de esta manera se aplicaron a los usuarios residenciales predeterminados y luego se revisaron los indicadores. A la luz de los datos obtenidos a través de la encuesta de campo, se finalizaron los principales temas y subindicadores del modelo. Al final de todos los análisis, se encontró satisfactorio el poder explicativo de los temas del modelo sobre el fenómeno que se pretende medir.

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Cities and Energy Consumption: Strategies for an Energy Saving Planning

Gargiulo

Russo

2018

Smart Planning: Sustainability and Mobility in the Age of Change

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Small green areas for energy saving: effects on different urban settlements

Cited by 4 publications

References 15 publications

Smart city and resilient city: Differences and connections

Smart city and resilient city: Differences and connections

Developing a Model for User Satisfaction Assessment in Energy Efficient Dwellings

Cities and Energy Consumption: Strategies for an Energy Saving Planning

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