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Resultaten (4)
Prototypes and paradigms
architectural research vis-à-vis research by design
2018 || Paperback || Johan de Walsche e.a. || TU Delft Library
After 10 years of exploring the possibilities and ways to integrate Research-by-Design into Architecture Design Studio Teaching and PhD Theses in Architecture, Landscape Architecture and Urbanism at various universities in Europe and around the world, the time has come to investigate these matured/maturing research approaches in relation to existing paradigms of architectural research & design. DR_SoM is reporting from a series of academic workshops and seminars, organised by ARENA, an intern...
A study on the relation between innovation and the built environment at the urban area level
2016 || Paperback || Flavia Curvelo Magdaniel || TU Delft Library
This thesis examines the development of technology campuses as built environments and their role in stimulating innovation. Technology campuses entail a variety of built environments developed to accommodate technology-driven research activities of multiple organisations. The science park is the most common type of technology campus. Other types include the campuses of universities of technology and corporate R&D parks.
Designing from heritage
Strategies for Conservation and Conversion
2017 || Paperback || Marieke Kuipers e.a. || TU Delft Library || met inkijkexemplaar
Designing from Heritage deals with challenges architects are faced with when dealing with the conservation and reuse of built heritage, with a focus on Modern Movement Monuments. It discusses how to carry out a thorough analysis and evaluation of monuments upon which their conservation and transformation can be based. It is meant for MSc education, but may be of interest to architects in general.
This book - the third in the Rondeltappe series - reflects the philosophy and didactic approach o...
Nanostructured lime-based materials for the conservation of calcareous substrates
2017 || Paperback || Giovanni Borsoi || TU Delft Library
This research investigates and elucidates the behaviour of nanolime products for consolidation of calcareous substrates. Based on the developed knowledge, it proposes and validates a methodology (including solvent modification and application protocol) for improving the consolidation effectiveness of nanolime dispersions, making these a suitable alternative for TEOS products.