Building performance is an attribute of a building that expresses how well that building carries out its functions. It may also relate to the performance of the building construction process. Categories of building performance are quality (how well the building fulfills its functions), resource savings (how much of a particular resource is needed to fulfill its functions) and workload capacity (how much the building can do). The performance of a building depends on the response of the building to an external load or shock. Building performance plays an important role in architecture, building services engineering, building regulation, architectural engineering and construction management. Furthermore, improving building performance (particularly energy efficiency) is important for addressing climate change, since buildings account for 30% of global energy consumption, resulting in 27% of global greenhouse gas emissions. Prominent building performance aspects are energy efficiency, thermal comfort, indoor air quality and daylighting.
Building performance has been of interest to humans from the very first shelters built to protect us from the weather, natural enemies and other dangers. Initially design and performance were managed by craftsmen who combined expertise in both domains. More formal approaches to building performance appeared in the 1970s and 1980s, with seminal works being the book on Building Performance and CIB Report 64. Further progress on building performance studies took place in parallel with the development of building science as a discipline, and with the introduction of personal computing (especially computer simulation) in the field; for a good overview of the role of simulation in building design see the chapter by Augenbroe. A more general overview that also includes physical measurement, expert judgement and stakeholder evaluation is presented in the book Building Performance Analysis.
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The workshop will equip participants with practical skills necessary to make thesis writing smoother and better organized. Main issues
covered are: getting started, structure and argumentation, time m
Sensibiliser les étudiants à comprendre et concevoir des constructions en bois innovantes et intéressantes d'un point de vue architectural et structurel. Approfondir les connaissances techniques à tra
This class offers an overview about comfort evaluations in architectural design and suggests passive and low-energy strategies suited to ensure the highest possible indoor environment quality for buil
Building science is the science and technology-driven collection of knowledge in order to provide better indoor environmental quality (IEQ), energy-efficient built environments, and occupant comfort and satisfaction. Building physics, architectural science, and applied physics are terms used for the knowledge domain that overlaps with building science. In building science, the methods used in natural and hard sciences are widely applied, which may include controlled and quasi-experiments, randomized control, physical measurements, remote sensing, and simulations.
Un test d'infiltrométrie (aussi appelé: Test d'étanchéité à l'air, Mesure de perméabilité à l'air des bâtiments, Test porte soufflante ou en allemand Differenzdruck-Messverfahren, ou en anglais Blower-door test) permet de mesurer les infiltrations d'air d'un bâtiment hors ventilation, c'est-à-dire la quantité d'air qui entre dans le bâtiment par des défauts de l'enveloppe (murs extérieurs). Pour effectuer le test, on utilise une porte soufflante que l'on place à l'entrée du bâtiment.
L'Isolation thermique du bâtiment est le processus de mise en œuvre de l'isolation thermique de l'enveloppe de tout ou partie d'un bâtiment, par l'intérieur ou l'extérieur. Les bâtiments (notamment les habitations mal isolées, dites « passoires thermiques ») sont la source d'un important gaspillage énergétique et d'émissions de gaz à effet de serre notables. Dans un nombre croissant de pays, des mesures visent à inciter à mieux isoler ces logements, ainsi que les bâtiments publics et tertiaires, ce qui contribue à diminuer la précarité énergétique et à améliorer la justice climatique.
Explore l'équilibre thermique des façades solaires passives et l'optimisation des enveloppes de bâtiments.
Couvre la récupération de chaleur, la réduction de la température et l'optimisation des systèmes énergétiques dans les bâtiments.
Discute du renouvellement des infrastructures thermiques de l'EPFL, des bilans énergétiques, de la réglementation et de l'installation durable des systèmes.
The global construction industry contributes to 37% of carbon emissions associated to both building operations and construction. To help achieve the net-zero targets set by 2050, it is mandated to achieve a 50% reduction in carbon emissions by 2030. As we ...
Buildings are designed to respond to functional and regulatory needs, providing comfortable conditions to occupants, offering satisfactory environmental settings, minimising health risks, and enhancing individual and collective quality of life. Although th ...
Zoning reform is a crucial tool for cities to adapt to contemporary challenges. However, its implementation remains challenging. Property owners, with a vested interest in the value of their neighborhoods, are sensitive to local developments and the potent ...