Papers

11 results

  • Thermal Analysis of Complex Glazing featured image

    Thermal Analysis of Complex Glazing

    • Paper by Adrian Turcato, Chris Stutzki, Erik Olsen,

    <p>The use of bidirectional scattering distribution function incorporated in a transient systems simulation program, allows engineers to accurately…

  • Silicone Spandrel Glass Opacifiers featured image

    Silicone Spandrel Glass Opacifiers

    • Paper by Scott Norville, Samir Blanchet, George Torok, Kris Vockler, John Swanson, Chris Barry, Lawrence Carbary, Stephane Hoffman, Timothy Krytenberg, Chris Fronsoe,

    <p>Curtain wall design commonly uses insulating glass units for vision and spandrel glazing to provide better visual harmonization of building facade…

  • Origami-Inspired Facade Design featured image

    Origami-Inspired Facade Design

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

    <p>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 featured image

    Design Considerations

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

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

  • Controlling Anisotropy in Heat Treated Glass featured image

    Controlling Anisotropy in Heat Treated Glass

    • Paper by Francis Serruys, Dr. Romain Decourcelle,

    <p>Anisotropy is also known as Brewster marks, quench marks, strain pattern, leopard spots, Iridescence, etc. Although anisotropy is inevitable when…

  • Anisotropic Effects in Architectural Glass featured image

    Anisotropic Effects in Architectural Glass

    • Paper by Luis M. Hidalgo, Michael Elstner,

    <p>Iridescence effects, quench marks, leopard marks… The names given to optical anisotropy in toughened and heat-strengthened glass are diverse and…

  • Feasibility of Measuring Stress in Glass with a SCALP featured image

    Feasibility of Measuring Stress in Glass with a SCALP

    • Paper by Nabhajit Goswami, Student Stephen M Morse, P.E., Ph.D., Assistant Professor, Civil and Environmental Engineering Assistant Professor, Mechanical Engineering-Engineering Mechanics

    <p>The SCALP device is designed to measure the residual compressive surface stress of glass. As the SCALP does not rely on the birefringence…

  • The Glass Failure Prediction Model featured image

    The Glass Failure Prediction Model

    • Paper by James G. Soules, P.E., S.E., P.Eng., SECB, F. SEI, F. ASCE, Graduate Student, Department of Civil, Environmental, and Construction Engineering Stephen M. Morse, P.E., Ph.D., A.M, ASTM, Assistant Professor of Civil and Environmental Engineering H. Scott Norville, P.E., Ph.D., F. FTI, F. ASCE, F. ASTM, Professor, Department of Civil, Environmental, and Construction Engineering

    <p>ASTM E 1300 Standard Practice for Determining Load Resistance (LR) of Glass in Buildings defines the load resistance of a glass construction as…

  • Seismic Design of Jumbo Glass Structures featured image

    Seismic Design of Jumbo Glass Structures

    • Paper by Alfonso E. Lopez, P.E., CEO David Dunham, P.E., Director of Business Development

    <p>The design of structural glass systems continues to evolve with the parallel development of new manufacturing technology. Improvements in the…

  • Glazing Design By ASTM E 1300 featured image

    Glazing Design By ASTM E 1300

    • Paper by H. Scott Norville, P.E., Ph.D., F. FTI, F. ASCE, F. ASTM, Professor Stephen M. Morse, P.E., Ph.D., A.M, ASTM, Assistant Professor of Civil and Environmental Engineering James G. Soules, P.E., S.E., P.Eng., SECB, F. SEI, F. ASCE, Graduate Student, Department of Civil, Environmental, and Construction Engineering

    <p>ASTM E 1300 “Standard Practice for Determining Load Resistance of Glass in Buildings” defines the load resistance of a glass construction as being…