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  • 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: Integrating Structure and Cladding

    From gothic masonry to the sculptural building facades of today, exposed structural surfaces are often the most defining element of architecture. Increasingly, however, designers sit at a nexus of these aesthetic considerations and performance-driven design.

  • Structural Skin

    • Paper by John Neary, Sr. Façade Specialist
    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

  • The Performative Double-Skin

    • Paper by Jeffrey Abramson, AIA, LEED AP · Alejandra Menchaca, PhD, LEED AP, WELL AP

    Double-Skin Facades (DSF) are well-known to boost the thermal performance of a façade: they can provide extra insulation in the wintertime and lower

  • A Compact, Unitized Double Skin Facade featured image

    A Compact, Unitized Double Skin Facade

    • Paper by Alex Cox, LEED AP, James Hock, LEED AP BD+C, Laura Ziegler, Karin Lamberts,
    Driven by an increasing demand for high thermal and acoustic performance, transparency, and low maintenance costs, a number of facade innovations…

  • Performance of Compact, Closed Cavity, Double-skin Curtain Wall

    • Paper by Julien Schwartz, M. Eng. · Katie Hay, P. Eng. · Stéphane Hoffman, M. Arch., M. Eng, PE

    A proposed design for a compact, closed cavity, double-skin curtain wall system in the Marine climate of the West Coast raises questions of potential

  • Unitized Cavity Wall Design and Implementation

    • Paper by Dan Bettenhausen, Ph.D.

    Double Skin Facades (DSF), constructed from individual aluminum framed curtain wall assemblies, provide a means of achieving acoustic and thermal

  • ETFE Membrane Envelope Strategies featured image

    ETFE Membrane Envelope Strategies

    • Paper by Audrey L Worden, ISSF, Principal + Founding Partner Kihong R. Ku, DDes, Associate Professor, Design Technology and Architectural Innovation, Adaptive Envelopes Alexander G. Worden, RA NCARB, Principal + Founding Partner
    Airflow within the cavity of double-skin facades is a key component of adaptive building envelopes which change thermophysical properties to meet…
  • The Thermal Blanket Concept featured image

    The Thermal Blanket Concept

    • Paper by Bharat Patel, PE, CEM, LEED AP, Michael Bulander, AIA, LEED AP,
    This paper tells the story of a Double Skin Facade (DSF), where high performance and multi-disciplinary collaboration saves a library concept of…
  • Thermal Performance of Closed Cavity Facades featured image

    Thermal Performance of Closed Cavity Facades

    • Paper by Andrea Zani, Project Engineer Carmelo Guido Galante, Senior Project Engineer Lisa Rammig, Senior Associate
    Closed cavity facades (CCF), a configuration of Double Skin Facade (DSF), consists of a double-glazed unit on the inner layer and single glazing on…

  • Net Zero Tower

    John Neary describes a collaborative Advanced design Studio at City Tech that involved Permasteelisa, Skanska and Onyx Solar, with links to the published student works.

  • Case Study: Renovation of Fountain Place

    • Paper by Alfonso Lopez P.E. · David Dunham P.E · Diarmuid Kelleher P.E., S.E.

    Fountain Place is a project that exemplifies the latest technology and applications in building skin design and jumbo structural glass applications,