Papers

62 results

  • Modern Heritage and Facade Improvements featured image

    Modern Heritage and Facade Improvements

    • Paper by Uta Pottgiesser, Angel Ayón,
    Approximately 80% of our total building stock is from the 20th century. During the last decades, along with an increasing appreciation of modern…

  • Building by Numbers

    • Paper by Trevor Stephen Lewis PhD | PE | FRSA

    This paper outlines the successful implementation of digital workflows between the design team composed of Architect, Structural Engineer and Project

  • Contextualizing Glass and Carbon Impacts

    • Paper by Kayla Natividad, PhD, WELL AP, LEED Green Associate, Architectural Technical Service Engineer Kyle Sword, Manager Business Development
    Climate change goals will require significant improvements in the way buildings are constructed and operated. Building reuse can combat climate…

  • Façade Systems and Embodied Carbon

    • Paper by Paulina Szpiech · Valerie Leon-Green · Shivanie Rambaran

    Life Cycle Assessment (LCA) is a methodology used to quantify the impact of building construction supply chains on the environment in terms of

  • Spandrel Glass Design featured image

    Spandrel Glass Design

    • Paper by Scott H. Norville, P.E., Ph.D., Professor Christopher Barry, PE, Glass Consultant Stephen M. Morse, P.E., Ph.D. M. FTI, M. ASCE, Assistant Professor
    Currently, most spandrel glass in commercial curtain walls comprises insulating glass fabricated using an interior heat strengthened glass lite that…

  • Facades for High-Performance Workplaces

    • Paper by Christopher Payne, AIA, LEED AP, Assoc. DBIA

    How has the role of the façade evolved in light of the COVID-19 pandemic and ongoing fight to combat the climate change crisis? As companies grapple

  • 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

  • Embodied Carbon Of Timber Unitized Curtain Wall featured image

    Embodied Carbon Of Timber Unitized Curtain Wall

    • Paper by Isabelle Hens, LEED AP BD+C, WELL AP, EIT, Environmental Designer Sophie Pennetier, Associate Director - Special Projects Simon Schleicher, Associate Professor
    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

  • 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

  • Attention to Overheating in Curtainwall Buildings

    • Paper by Yuzhen Zhou NFRC CS, LEED AP, Technical Director at Warmframe Technology
    Several years ago, Technoform and the Solar Energy Research Institute of Singapore (SERIS) researched the thermal performance of different aluminum…
  • 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…
  • EUI of Building Clusters featured image

    EUI of Building Clusters

    • Paper by Srinivas M. Rao, AIA, AICP, LEED AP,
    Large master planned developments such as Battery Park City in Manhattan, Mission Bay in San Francisco, and Playa Vista in Los Angeles were built…
  • Balancing Visual Comfort and Energy Efficiency featured image

    Balancing Visual Comfort and Energy Efficiency

    • Paper by Berardo Matalucci PhD, Director, Environmental Design Edward Palka AIA LEED AP BD+C, Designer Jennifer Siqueira LEED AP, Associate Jenny Lin, Associate Coles Jennings PE, BEMP, LEED AP BD+C, Sr. Energy and Sustainability Engineer Alex Chapin, Energy Engineer II Sameer Kumar AIA, Director, Enclosure Design Nadine Bergen AIA LEED AP, Project Director Christopher Sharples AIA, Principal
    With increasing interest in wellness and human-centric design in workplaces, the design of building enclosures is predicated on optimizing competing…

  • Impact Of Thermal Bridges On The Energy Response Of A Building

    • Paper by Ilaria Sebastiani · Riccardo Pinotti · Stefano Avesani · Simone D’Amore · Stefano Pampanin

    The European building stock is mainly constituted by highly energy demanding buildings. The only way to a more sustainable and decarbonized building

  • Hybrid Timber featured image

    Hybrid Timber

    • Paper by Stacey Hooper, AIA, LEED BD+C,
    This case study provides an overview of building hybrid curtain wall system and future opportunities for the use of timber. It will also review the…
  • The Carbon Footprint of Aluminum Fenestration featured image

    The Carbon Footprint of Aluminum Fenestration

    • Paper by Tom Bougher, Director of Applied Research Richard Braunstein, Vice President of R&D
    The historical focus on reducing the carbon footprint of a building has recently shifted to include more emphasis on embodied carbon, the carbon…

  • Origami-Inspired Facade Design

    • Paper by Joshua Schultz, Ph.D, P.E., LEED AP, ENV SP · Neil Katz, AIA

    To paraphrase Robert le Ricolias, the art of the structure is where to put the folds. Using that inspiration, fundamental concepts from origami,

  • Design Considerations

    • Paper by Stephen M. Morse, Ph.D. · Kayla Natividad, Ph.D. · H. Scott Norville, P.E., Ph.D.

    Window glass design using ASTM E 1300 entails determining glass thickness(es) and types so that the window glass construction load resistance