A novel method to characterise multi-family buildings in relation to the position of wet rooms and their flow grids

Authors

  • Eva Crespo Sánchez UPC- Universidad Politécnica de Cataluña

DOI:

https://doi.org/10.5821/ace.15.43.9038

Keywords:

residential typology, vertical ducts, bathroom, kitchen

Abstract

The innovation of this work is the development of a novel methodology which contributes to systemize and rationalize the position of the wet rooms in multi-family buildings typology. The intention of which is to set the predominant vertical position of ducts, pipes, and wires of this kind of buildings and the repercussion of these in the facilities design. The main achievement of this study is the development of a template which allows the establishment of a specific ‘label’ for each dwelling and, henceforth, claims that a predominant pattern of dwellings exists in the unlimited design of residential buildings in Catalonia. The ‘label’ determines two critical parameters about the relationship between: a) wet rooms in and between the dwellings, to determine the predominant location of flows in the building, and b) wet rooms and the public and private spaces of the building, to determine the type of accessibility of the layouts of these flows. The main conclusion is that in the case study evaluated, there is a residential typological pattern which opens the way to the elaboration of a new catalogue for the vertical flows in public residential buildings of Catalonia which will allow the reduction of CO2 embed emissions, reduce the energy consumption and reduce the user inconveniences.

Author Biography

Eva Crespo Sánchez, UPC- Universidad Politécnica de Cataluña

Eva Crespo is a PhD in Architecture by the Higher Technical School of Architecture of Barcelona (ETSAB) within the Polytechnic University of Barcelona (UPC) since 2017 and architect since 2004. She was a technical architect and researcher on innovation and technology in the construction industry during 10 years in EURECAT and lecturer during 12 years and Serra Húnter Fellow in Architectural Technology of ETSAB-UPC since 2019.

Experience in innovative building envelope solutions and projects to promote both nearly zero energy buildings and positive balance buildings in Mediterranean climates and environmentally friendly solutions for the building sector. Execution and management of R&D projects (IEE, Eco-Innovation, H2020). Expert in design and development of constructive and facilities systems (HVAC, lighting, fire, and accessibility) related to sustainable and energy-efficient solutions in conventional and industrialized buildings.

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Published

2020-06-30

Issue

Section

Notes section