A well designed envelope separates the interior from the exterior so that the internal conditions are maintained with the minimum energy consumption. Due to its reduced weight, architectural membrane solutions may present some functional problems, namely acoustic and hygrothermal, when compared to conventional, heavier solutions. However, they also have potential and ecological advantages that can be exploited to enable the functional optimization of existing buildings in a sustainable way, due to the minimal use of material and the fact that they are dry assembling, easily reusable and recyclable solutions. This paper presents some emergent technologies for applying architectural membranes in building envelope, revealing ways to overcome the limitations for that they are recognized. Current trends include: hybrid membranes and coatings resulting from nanotechnology solutions; membranes with embedded smart technologies (batteries, LEDs, sensors), membranes incorporating Phase Change Materials and membranes for the purification and regulation of indoor air quality. […]
SMC MAGAZINE SPECIAL ISSUE N. THREE/2019
001_COVER AND INDEX
009_ Introduction
Paola De Joanna
PART I
TENSILE MEMBRANE TODAY
017_Membranes: a challenge for Environmental Sustainability
Luca Buoninconti
027_Architectural Membranes for improving the functional performance of buildings
Paulo Mendonça, Racquel Macieira
039_Educational Objectives from an Architectural Studio on Nature & Space Structures
Nikos P. Tsinikas, Dimitris Antoniou, George Dimopoulos, Dimitris Kontaxakis, Ioanna Symeonidou
049_A first step into Nonlinear Statics
Enrico Babilio, Luca Buoninconti
PART II
SUSTAINABILITY AND TECHNOLOGICAL INNOVATION
059_Tensile architecture and sustainable approach
Dora Francese
079_Frei Otto and Tensile Structures
Sergio Pone
087_The healing colture
Michele Castaldo
091_In search of lightness. Past, present and future of membrane space structures
Giuseppe Vaccaro
PART III
APPLICATION ON A CASE STUDY EXPERIENCE
109_PROJECTS
116_LIST OF AUTHORS