Greening Aspang – Hygrothermische Gebäudesimulation zur Bestandsanalyse und Bewertung unterschiedlicher Szenarien bezogen auf das Innenraumklima

Tudiwer, David; Höckner, Vera; Korjenić, Azra

doi:10.1002/bapi.201810015

Cited by 9 publications

(2 citation statements)

References 7 publications

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“…With the development of social economy, people's life philosophy has undergone a certain transformation, and their utilization and development of resources have shifted from excessive use of natural resources to a sustainable development path. As a pillar industry in China, real estate has gradually adjusted its development philosophy during the development process, shifting from an extensive development model to a low-carbon and sustainable development path of green building economy [9][10][11]. The development of green buildings aims to minimize resource consumption, provide comfortable and healthy living spaces for people, achieve harmonious development of building economy, resources, and environment, and enable them to follow a sustainable development path.…”

Section: Introductionmentioning

confidence: 99%

A Combined MAGDM-Based Framework Employing EDAS and CRITIC Techniques for Green Building Technology Schemes Evaluation

Li,

2023

IEEE Access

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The urbanization process in China is rapidly developing, and the scale and development speed of urban area buildings are astonishing. The development of green buildings aims to provide people with a comfortable and healthy living space with minimal resource consumption, achieve harmonious development of the building economy, resources, and environment, and enable them to follow a sustainable development path. When designing green buildings, multiple specialties should be combined, and various technical professions such as architecture, structure, water, heating, and electricity should cooperate and explore together. The green building technology schemes evaluation could be treated as a multiple attribute group decision making (MAGDM) problem. Recently, the EDAS and CRITIC technique was employed to implement MAGDM. Spherical fuzzy sets (SFSs) could express the uncertainty in MAGDM more effectively. In this paper, a novel spherical fuzzy number EDAS (SFN-EDAS) technique based on SFN cosine similarity measure (SFNCSM) and SFN Euclid distance (SFNED) is implemented for managing the MAGDM. Moreover, the CRITIC technique is extended to SFSs to implement the attribute weights based on SFNCSM and SFNED. Finally, SFN-EDAS technique is employed for green building technology schemes evaluation and some comparations to further demonstrate the SFN-EDAS technique.

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Section: Introductionmentioning

confidence: 99%

A Combined MAGDM-Based Framework Employing EDAS and CRITIC Techniques for Green Building Technology Schemes Evaluation

Li,

2023

IEEE Access

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“…While greening in the form of new urban parks is increasingly unlikely in a densely built city, buildings often provide large vacant areas which are extremely valuable for vertical and horizontal greening, with the area available for green walls being about twice that for green roofs [4]. The benefits of vertical greenery systems are covered extensively in the literature [5][6][7][8][9][10][11] and include mitigating the UHI effect [12], increasing outdoor thermal comfort [13], reducing noise [14],…”

Section: Introductionmentioning

confidence: 99%

The Impact of Small-Scale Greening on the Local Microclimate—A Case Study at Two School Buildings in Vienna

Teichmann

Horváth²,

Luisser³

et al. 2022

Sustainability

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Strategies to mitigate urban heat islands are a recent issue in the Austrian capital, Vienna. In this study, the uhiSolver-v2106-0.21 software was used to evaluate the summer cooling effects and humidity production of small-scale facade greening and a green pergola located in two schools within the city. Based on on-site measurement data, the study revealed that small-scale greening measures are not able to substantially reduce ambient air temperature. On a hot summer day, at 3 p.m. local time (CEST), the maximum decrease amounted to 0.3 °C at 0.1 m from the facade greening as well as inside the green pergola. As for the apparent (perceived) temperature, a reduction of up to 4 °C was observed under the green pergola compared to the unshaded roof terrace. Hence, the simulation results show that, within urban areas, a significant improvement of thermal comfort in summer can only be achieved through large-scale greenery that provides shade for pedestrians.

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Greening Aspang – Messtechnische Untersuchungen zur ganzheitlichen Betrachtung mikroklimatischer Wechselwirkungen in einem Straßenzug einer urbanen Hitzeinsel

et al. 2018

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ses der Farbe, des Fassadenaufbaus, der Gebäudehöhe so wie der Bauepoche, in der das Gebäude entstanden ist, und den damit verbundenen Eigenschaften der Baukon struktion. Anhand dieser detaillierten Evaluierung können dann Aussagen über die Auswirkungen der betrachteten Baukonstruktionen auf die Innen, Außen und Fassaden oberflächentemperatur sowie auf das Mikroklima im be trachteten Straßenzug erfolgen.Die Ursachen für städtische Hitzeinseln wurden be reits im Jahr 1982 von Oke [3] herausgestellt. Neben wei teren bestimmt eine Kombination der folgenden drei Ursa chen die Entstehung der Hitzeinseln maßgeblich: -Abfangen von kurz und langwelliger Strahlung zwi schen Gebäuden, -geringere Wärmeabstrahlung bei langwelliger Strahlung durch reduzierte Himmelssicht, -erhöhte Speicherung von fühlbarer Wärme in Baustof fen. Die Auswirkungen dieser Effekte sowie die behinderte Windzirkulation in dicht bebauten Gebieten wurden auch in einem Straßenzug in Nordgriechenland untersucht; mit dem Ergebnis, dass im untersuchten innerstädtischen Be Diese Arbeit zeigt, wie sich unterschiedliche Gebäude und deren unmittelbare Umgebung auf das Mikroklima in der Stadt auswirken und das Innenraumklima beeinflussen. Dafür wurden im Rahmen eines Forschungsprojektes Oberflächentemperaturen an Gebäuden, die Lufttemperaturen sowie die Luftfeuchtigkeit in Innenräumen, im Außenraum vor Fassaden und im Straßenraum gemessen. Der Niederschlag, die Sonneneinstrahlung und die Windgeschwindigkeit wurden ebenso über einen langen Zeitraum im Versuchsgebiet untersucht. Aus den Messdaten werden Auswirkungen der unterschiedlichen Gebäude auf das Innenund Außenraumklima an Hitzetagen abgeleitet. Der Sockelbereich und die Fassaden der Gebäude wurden in Abhängigkeit von Farbe, Aufbau, Struktur und Dämmung analysiert. Die messtechnischen Ergebnisse dieser Arbeit bieten die Basis zur Entwicklung von Maßnahmen zur Umgestaltung und Begrünung des Straßenraumes samt angrenzenden Gebäudefassaden am Beispiel des vom UHI (Urban Heat Island)-Effekt betroffenen Pilotgebietes Aspangstraße. Stichworte: Städtische Hitzeinsel; UHI; Thermische Behaglich keit; Oberflächentemperatur; Sommerliche Überwärmung Greening Aspang -Measurement Evaluation for a holistic view of microclimatic interactions in a street affected by urban heat island (UHI) This work shows how different buildings and their immediate sur roundings affect the microclimate in the city and influence the in door climate. As part of a research project, surface temperatures on buildings as well as air temperatures and humidity were measured indoors, in front of facades and in the street canyon. Precipitation, solar radiation and wind speed were also investi gated over a long period of time in the test area. From the meas urement data, the effects of the different buildings on the indoor and outdoor climate on hot days are derived. The pedestal area and the facades of the buildings were analyzed depending on color, construction, structure and insulation. Parallel to the mea surements, residents were interviewed an...

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Greening Aspang – Hygrothermische Gebäudesimulation zur Bestandsanalyse und Bewertung unterschiedlicher Szenarien bezogen auf das Innenraumklima

Cited by 9 publications

References 7 publications

A Combined MAGDM-Based Framework Employing EDAS and CRITIC Techniques for Green Building Technology Schemes Evaluation

A Combined MAGDM-Based Framework Employing EDAS and CRITIC Techniques for Green Building Technology Schemes Evaluation

The Impact of Small-Scale Greening on the Local Microclimate—A Case Study at Two School Buildings in Vienna

Greening Aspang – Messtechnische Untersuchungen zur ganzheitlichen Betrachtung mikroklimatischer Wechselwirkungen in einem Straßenzug einer urbanen Hitzeinsel

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