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Potentiel des événements climatiques à l’échelle « pico » pour l'amélioration du confort thermique piétonnier

Abstract : This thesis investigates the potential of architectural and urban design schemes on a very small scale so as to improve pedestrian comfort during excessive summertime heat conditions. Starting from the premise that pedestrian’s pleasure and ability to thermally adapt are based upon experience of transient and non-uniform climate states, attempts are being made to identify short-term climate events named cold inducing"affordances". In order to enhance affordances of climate events related to the pedestrian, firstly a scale denominated "pico" and its descriptors are defined.The thesis outlines three study corpuses of climatic experiences that have been proposed in different periods of time and various contexts. The first corpus introduces and discusses climatic experiences that have been proposed in theoretical studies and experiments realized between 1950 and 1970 by the authors from the artistic and architectural avant-garde. The second corpus is focused on contemporary artistic and architectural installations dedicated to climatic variations, which showed up during the last two decades, in vitro or in urban space. The aim of the third corpus is to identify more precisely behavioral adaptations expressed by inhabitants during their encounter with selected cooling climate features in an urban context. The city of Madrid during summertime is considered as a laboratory, revealing uses and strategies of inhabitants in order to cool down. Behavioral expression is regarded as an index parameter revealing appreciation and thermal feel and as a prime instrument of control of one’s own comfort state.The potentials of the "pico" scale are discussed inregard to cold inducing design schemes along with the extent to which the accessibility of information related to existence and usability of an "affordance" can be related to specific behavioral adaptations.
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Submitted on : Tuesday, May 28, 2019 - 4:15:31 PM
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Marina Popovic. Potentiel des événements climatiques à l’échelle « pico » pour l'amélioration du confort thermique piétonnier. Architecture, aménagement de l'espace. École centrale de Nantes, 2017. Français. ⟨NNT : 2017ECDN0042⟩. ⟨tel-02142457⟩



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