HORIZONTV FEATURING BD+C: WATCH EPISODES ON DEMAND AT HORIZONTV
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Driven by two distinct influences, a new generation of glass building enclosures now has a unique trajectory—toward higher performance and sustainability. One of those forces is the work by building teams who effortlessly blend design analysis with the creation of novel system solutions.
Thanks to data and analytics used routinely today to model and predict building performance, new and remarkably subtle approaches are being used to create facades and interior glass assemblies that allow more visible light transmission while reducing undesirable heating by direct sunlight.
This course provides an overview of optimizing commercial fenestration with thermal barriers and high performance glazing in aluminum window framing to maximize daylighting and thermal efficiencies in the building envelope.
Building envelope choices for campus, cultural, and infrastructure projects are shaped by particular conditions. Today, institutions place greater value on how buildings relate to their ensemble: how historic buildings fit next to new ones, how massing forms fit with their neighbors, and how a building cladding contributes to the campus context. Concurrently, enclosure assemblies and construction methods have undergone changes due to values of sustainability, science, durability, and maintenance. In this context, mastering the building envelope on college and university campuses requires addressing both cultural concerns and technical performance, honoring traditional buildings while exploring the potential of new materials and forms.
Driven by two distinct influences, a new generation of glass building enclosures now has a unique trajectory—toward higher performance and sustainability. One of those forces is the work by building teams who effortlessly blend design analysis with the creation of novel system solutions.
Thanks to data and analytics used routinely today to model and predict building performance, new and remarkably subtle approaches are being used to create facades and interior glass assemblies that allow more visible light transmission while reducing undesirable heating by direct sunlight.
This course provides an overview of optimizing commercial fenestration with thermal barriers and high performance glazing in aluminum window framing to maximize daylighting and thermal efficiencies in the building envelope.
Building envelope choices for campus, cultural, and infrastructure projects are shaped by particular conditions. Today, institutions place greater value on how buildings relate to their ensemble: how historic buildings fit next to new ones, how massing forms fit with their neighbors, and how a building cladding contributes to the campus context. Concurrently, enclosure assemblies and construction methods have undergone changes due to values of sustainability, science, durability, and maintenance. In this context, mastering the building envelope on college and university campuses requires addressing both cultural concerns and technical performance, honoring traditional buildings while exploring the potential of new materials and forms.
Explores the use of robotics and technologies in fenestration products installation to help address global labor and construction challenges.
Building Design+Construction readers and editors select their top building products for the past 12 months in the fourth-annual 101 Top Products report.
SageGlass's Harmony dynamic glass and Vitro Architectural Glass's Acuity low-iron glass are among the nine new glass and glazing products to make Building Design+Construction's 2019 101 Top Products report.
Sto's beetle-inspired exterior coating and Dörken Systems' UV-resistant vapor-permeable barrier are among the 28 new building envelope products to make Building Design+Construction's 2019 101 Top Products report.
A curtain wall shadow box is a spandrel assembly consisting of vision glass at the building exterior and an opaque infill at the interior side of the curtain wall system. This course is worth 1.0 AIA LU/HSW.
This sector accounts for one-fifth of View Glass’ portfolio.
