Papers

67 results

  • Exo-Skins featured image

    Exo-Skins

    • Paper by Nick Braaksma, Malini Srivastava, AIA, Chad Ulven,
    Cost-effective, sustainable, self-actuating, thermally-responsive, bio-composite exo-skins that act like shields or cloaks for existing buildings…

  • Terra Cotta Skins

    • Paper by Laura B. Garofalo

    This paper will address the potential of ornamental architectural terracotta surfaces to mitigate the effects of climate fluctuations that will

  • Rethinking Building Skins

    • Paper by Eugenia Gasparri · Arianna Brambilla · Gabriele Lobaccaro · Francesco Goia · Annalisa Andaloro · Alberto Sangiorgio

    Building skins play a pivotal role in architecture. Other than the aesthetical and architectural aspects, facades are key to the climate performance,

  • Kinetic Shading Systems featured image

    Kinetic Shading Systems

    • Paper by Alireza Jahanara, Negar Kalantar,
    This study focuses on experiments in kinetics and architectural skins. More extensively, it introduces a solution for environmental design issues and…

  • Delivering Beauty

    • Paper by Michael Mulhern

    Amidst the critical conversations about the need to build better and more efficient building skins, designers are also mindful of the need for the

  • Finally

    • Paper by Michael Mulhern

    For over 60 years architects, engineers, and consultants have been specifying stainless steels for use in building skins and in some structural

  • Recent Adaptive Textile Façade Systems

    • Paper by Lucio Blandini · Moon-Young Jeong · Michael Voigt · Jonathan Lopez · Hannah Schürmann · Arina Cazan · Hannah Raisch · Daniel Roth · Maria Matheou

    Adaptive facade systems are a promising approach to achieve a dynamic response to varying weather conditions and user demands. The interdisciplinary

  • Algorithmic Patterns for Facade Design

    • Paper by Inês Caetano · António Leitão

    Recently, building envelopes have been exhibiting complex shapes and patterns, a trend supported by current digital technologies. Likewise, the

  • HydroSKIN

    • Paper by Christina Eisenbarth, M.Sc. · Walter Haase, Dr.-Ing. · Lucio Blandini, Prof. Dr.-Ing. M.Arch. · Werner Sobek, Prof. Dr.-Ing. Dr.-Ing. E.h. Dr. h.c.

    Building envelopes cover a considerable part of the urban exterior surfaces, and to therefore have a significant leverage effect on the climate

  • Fit for the Future

    • Paper by Julia Koerner-Al-Rawi

    Wearables protect us from climatic conditions, they provide privacy, comfort and they also reflect our style and personality. Building facades in the

  • BioFacades Classification

    • Paper by Mary Ben Bonham · Kyoung Hee Kim · Christiane M. Herr

    Coauthors: Mary Ben Bonham, Department of Architecture + Interior Design, Miami University, Oxford, OH, USA [corresponding] [presenting at the

  • Carbon-Neutral High-Rise Envelope Nexus

    • Paper by Thomas Spiegelhalter

    The pathway to carbon-neutrality, as urged during the COP 21 in Paris, and the repeated goal for resilient buildings and urban habitats, winds right

  • Thinking About Facades

    • Paper by Marc Schiler, FASES, LC

    There have been three decades of liberating developments in the application of descriptive geometry and freeform design methods, as well as the

  • Adaptive Facades

    • Paper by Walter Haase · Werner Sobek · Enrica Oliva · Michele Andaloro

    Facade engineering aims at appropriately balancing the demands imposed by the context and the capabilities inherent to the materials, the geometries

  • Structural Skin

    • Paper by John Neary

    Many prominent, recent buildings feature forms suggesting structural surface while their enclosures are really non-load-bearing curtain wall. At the

  • Shaping Skin

    • Paper by John Neary AIA LEED AP NCARB

    The conventional modern facade is essentially flat, which creates the tendency toward visual monotony and problems for modulating daylight—both on

  • Structuring Skin featured image

    Structuring Skin

    • Paper by John Neary,
    Curtain wall is the prevailing type of enclosure on modern buildings because of its economy, its independence from structure that allows flexibility…

  • The Double Skin Facade

    • Paper by Lee A. Fithian, AIA, AICP, NCARB, LEED AP

    The largest source of air pollution in North America is the atmospheric boundary layer of a city caused by its urban canyons with pollutants produced

  • Differentiated Building Skin

    • Paper by James Warton

    The Los Angeles Stadium’s doubly curved skin is composed of over 35,000 unique triangular panels covering 296,502 square feet of surface area. The