The aim of the research presented in this thesis is to design the characteristics of an Adaptive Thermal Comfort System for Dwellings to achieve a significantly better energy performance whilst not compromising the thermal comfort perception of the occupants. An Adaptive Thermal Comfort System is defined as the whole of passive and active comfort components of the dwelling that dynamically adapts its settings to varying user comfort demands and weather conditions (seasonal, diurnal and hourly depending on the aspects adapted), thus providing comfort only where, when and at the level needed by the user, to improve possibilities of harvesting the environmental energy (e.g. solar gain and outdoor air) when available and storing it when abundant. In order to be able to create an Adaptive Thermal Comfort System to save energy knowledge is needed as to where, when, what kind and how much energy is needed to provide the thermal comfort. Therefore, this research aimed to gain insight in the dynamic behaviour of the weather and the occupant and the opportunities to design the characteristics of an Adaptive Thermal Comfort System for Dwellings to achieve a significantly better energy performance whilst not compromising the thermal comfort perception of the occupants answering the main research question; What are the most efficient strategies for delivering thermal comfort in the residential sector with respect to better energy performances and an increasing demand for flexibility in use and comfort conditions? To answer the main research question three steps were taken, which also represent the three parts of the research: The dynamic information of the factors influencing the thermal heat balance of the dwelling was gathered in order to determine their opportunities for adaptivity. A multidisciplinary approach to Thermal Comfort Systems is followed taking into account the dynamic of occupancy profiles, weather, building physics, HVAC and controls. The effect of applying the detailed information and adaptive opportunities framed in step 1 on the energy saving and comfort delivery of the Thermal Comfort Systems was researched. The design recommendations for product development were provided and illustrated according to the design of an example dwelling with an Adaptive Thermal Comfort System, assessing some practical implementations. The guidelines and conclusions are categorised in 6 categories.
52 Stephen Kieran and James Timberlake , “ Paradise Regained , ” Architecture 80 ( December 1991 ) : 48–51 ; the quotation is on pages 48–49 .
... Joe, 211 Kelly, William, 12 Kieran Timberlake, 28, 29 killed steels, 22 Kure Beach (North Carolina), weathering evaluated in, 275 M machining, 225–226, ...
Brender, Jean D., Juliana A. Maantay, and Jayajit Chakraborty. 2011. ... Chris Frost, Katharine Ker, Rebecca Steinbach, Ian Roberts, and Reinhard Wentz.
In the Army and the Navy, everyone had both line and staff duties. Line duty was your primary mission—say, as a gunnery officer—which you did while being ...
... The Faison School for Autism is a unique and welcoming learning environment that encompasses the needs of its students, staff, and families alike.
"A must for practitioners and students alike, Manual brings the process of design and details of architecture to life, revealing the beauty of building derived from composition within a tradition of innovative assembly."--BOOK JACKET.
Projects in this book include a house made from prefabricated modules in rural California that minimally disturbed its picturesque site; a major renovation of Philadelphia's Dilworth Park in front of City Hall; Cellophane House (TM), a ...
This thought-provoking book presents a compelling argument for moving architecture from a part-by-part, linear approach to an integrated one that brings together technology, materials, and production methods.
Through a series of questions, the book explores several of KieranTimberlake's ongoing research agendas including speed of on-site assembly, design for disassembly, a holistic approach to the life cycle of materials, and the development of ...
Through the use of state-of-the-art building information modeling, the architects were able to streamline the design-build process. This is a manual for the componentized prefab.