Conducting calculating and experimental researches of the bioclimatic comfort of the residential area territory

Poddaeva, Olga; Dunichkin, Ilya V.; Gribach, Julia

doi:10.1088/1757-899x/365/2/022029

Cited by 5 publications

(2 citation statements)

References 2 publications

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“…Parametric design of micro-districts in severe weather conditions, such as those prevailing in cold climatic zones, is one of the most critical tasks requiring a complex solution with BIMtechnologies [10]. A multifactor analysis for determining the initial environmental parameters, which includes climatic analysis of the seasons, is required to develop a comprehensive solution of parametric design, taking into account the features of cold climatic zones according to the following parameters:…”

Section: Analysis and Resultsmentioning

confidence: 99%

Issues of wind mode visualization and pedestrian comfort assessment when designing residential buildings on sloping territories in the Arctic zone

et al. 2019

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Subject of research: visualization of the wind regime of residential buildings on the slope area in the Arctic. Goals: the purpose of the study is to identify the problems of visualization of the wind regime on the slopes and the analysis of patterns of airflow around the sloping territories, affecting the comfort of pedestrians. Materials and methods: airflow patterns of slope areas with different characteristics and comfort assessment for humans are analyzed in the course of work. Geotechnical methods are presented in solving the problems of wind erosion and the stability of hillsides and complex terrain within the city limits. Results: The importance and novelty of the research in studying the relationship of slope geometry and environmental quality, as a decrease in comfort inevitably leads to a decrease in the development of nearby urban areas in settlements on the coast of the Arctic Ocean, problems with climate and local climate, as well as a decrease in the quality of life of people. The article considers the relationship of plastic relief with the aeration regime of the territory, the dependence of aerodynamic roughness on their height, features of aeration of the slope and hilly terrain, factors affecting the direction and speed of the wind and methods for studying the aeration regime of slope areas. Findings: The possibilities of applying existing approaches to research and visualization for slope areas are demonstrated. The direction of development of the technique for visualization of slope areas has been determined.

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Section: Analysis and Resultsmentioning

confidence: 99%

Issues of wind mode visualization and pedestrian comfort assessment when designing residential buildings on sloping territories in the Arctic zone

et al. 2019

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“…They are difficult to be transferred to the neighbourhood scale as they do not consider microclimate effects in temperature and wind speed as well as how wind speed actually affects thermal perception particularly in cold climates. Authors (Andrade, Alcoforado, & Oliveira, 2011;Dunichkin et al, 2019;Oliveira & Andrade, 2007;Poddaeva, Dunichkin, & Gribach, 2018;Shartova & Konstantinov, 2018) emphasize wind as an important factor in comfortable environments particularly for cold regions. Liu and Kenjeres (2017) propose an integrated CFD and Computational Reaction Dynamics (CRD) model to couple wind speed with pollution dispersion but from a diagnostics perspective, whereas De Luca (2019) focuses on using sensitivity tests as a resource to explore changes in building clustering to modify outdoor wind patterns in the winter to improve the comfort of pedestrians.…”

Section: Current Trends In Urban Climate Adaptationmentioning

confidence: 99%

Axiomatic Design in Regenerative Urban Climate Adaptation

Souza

Dunichkin

2021

Future City

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This chapter invokes the urban design community to provide transparency in design decision-making by discussing the role of design specifications and the production of evidence in enabling scrutiny and accountability of design proposals in relation to fulfilling sustainability goals and fighting climate change. It claims that original and verifiable regenerative design solutions emerge from clear design specifications supported by evidence, rather than normative sustainability alone. Evidence is understood as going beyond targets and extended to design specifications which are constantly tested in terms of flexibility and robustness, positively contributing to the ecosystem they are inserted in, once further decomposed towards a more detailed design proposal. Principles from Axiomatic Design are proposed as an approach to develop design specifications for regenerative climate adaptive urban design. This work attempts to illustrate the use of this method to practitioners through an example in which human-centric needs, values and aspirations are transformed into joint urban air pollution and outdoor bioclimatic comfort design requirements to be fulfilled by greenery, a regenerative design parameter common to both knowledge domains at the pedestrian layer of the urban environment.

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Simulation of Aerodynamic Processes in the City to Create a Comfortable Environment

Olenkov

Biryukov

Kolmogorova

et al. 2022

Proceedings of the 5th International Conference on Construction, Architecture and Technosphere Safety

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Conducting calculating and experimental researches of the bioclimatic comfort of the residential area territory

Cited by 5 publications

References 2 publications

Issues of wind mode visualization and pedestrian comfort assessment when designing residential buildings on sloping territories in the Arctic zone

Issues of wind mode visualization and pedestrian comfort assessment when designing residential buildings on sloping territories in the Arctic zone

Axiomatic Design in Regenerative Urban Climate Adaptation

Simulation of Aerodynamic Processes in the City to Create a Comfortable Environment

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