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  • Integrated Building Control System

    • Paper by Jae Yong Suk, Ph.D. · Keith Graeber, PE · Andrew Harper, PE · Michael Siminovitch, Ph.D.

    Integrated management of commercial lighting, heating, ventilation and air conditioning systems is considered as one of the most promising building

  • Exploring Heritage: Building on the Past

    Welcome to this edition of the SKINS newsletter, which is all about carbon! As guest editor this month, I am representing FTI’s embodied carbon (EC) working group. This issue highlights several important topics relative to embodied and the trade-offs with operational carbon.

  • The Monash Woodside Building

    • Paper by Alberto Sangiorgio · Andrew Cortese · Walter van der Linde

    Today’s environmental challenges highlight the necessity of a holistic approach to façade design and construction, key to achieve the ambitious 2030

  • Embodied Carbon Of Timber Unitized Curtain Wall

    • Paper by Isabelle Hens, LEED AP BD+C, WELL AP, EIT · Sophie Pennetier · Simon Schleicher

    The building envelope is at the intersection of embodied and operational emissions. Curtain wall specifically could play an important role in

  • Form as Energy

    • Paper by Matthew Fineout

    All too often, high-performance building envelopes are considered in terms of new materials and technologies that push specific systems to improve

  • Facade Resilience Evaluation Framework

    • Paper by Fabio Favoino · Adèle Chalumeau · Audrey Aquaronne

    Resiliency is the capacity of a building (or building component in the case of the facade) to support building functionalities during extreme events

  • Glass in GSA Buildings

    • Paper by Georgia Scalfano

    Embodied carbon in buildings is a key factor in building decarbonization and while it is generally small compared to operational carbon, the

  • Window in Wall: Back to the Future featured image

    Window in Wall: Back to the Future

    • Paper by Thomas Auer, Ata Chokhachian,
    In order to get to a carbon neutral building stock – which is e.g. required by the EU Carbon roadmap by 2050 – our efforts need to be smart and…

  • Facade Embodied Carbon Reduction Strategies

    • Paper by Isabelle Hens, LEED AP BD+C, WELL AP

    Facades are increasingly being recognized as a major contributor to whole-building embodied carbon. While designers know how to reduce the embodied

  • End-of-Life Challenges in Facade Design

    • Paper by Rebecca Hartwell · Mauro Overend

    In recent decades, there has been increased attention to reduce the operational energy performance of buildings. Stringent legislation on building

  • Envelope For Service

    • Paper by Annalisa Andaloro · Miren Juaristi · Stefano Avesani · Giulia Santoro · Matteo Orlandi

    Envelope-for-Service (E4S) is a novel business model developed with the aim of converting the building façade from a traditionally traded good to a

  • 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

  • Transformation as Movement

    • Paper by Vytenis Gureckas

    In 1888 the art historian Heinrich Wölfflin proposed the notion that the primary characteristic of baroque architecture is the illusion of movement.

  • Spandrel Thermal Simulation Techniques

    • Paper by Ivan Lee · Edlyn Garcia La Torre · Shahima Rahmatipour

    Glazed wall systems, such as curtain walls and window walls, are one of the most commonly used façade systems in modern buildings in North America.

  • Facade Tectonics Forum: Simulation vs. Reality

    The gap between simulated and actual energy performance has hobbled progress towards important carbon reduction goals in buildings and urban habitat. This summit advocates the need for improved energy modeling and the development of best practices, with emphasis on the building façade.

  • 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