Kohta Ueno
Username
Kohta Ueno
Proposer First Name
Kohta
Proposer Email
kohta@buildingscience.com
Proposer Last Name
Ueno
Proposer Company/Organization
Building Science Corporation
Proposer Phone
(978) 589-5100
Proposer Job Title
Senior Associate
Boston 2023 Areas of Focus
Proposed Session Description
Windows are a key part of the building enclosure, but they are also the costliest, most fragile, and worst thermally performing component. We will present on windows from our viewpoint as building enclosure consultants and forensic failure specialists. We will explore energy and comfort impacts of glazing and glazing ratios, and then move on to water control detailing and the window-to-wall interface. Covered topics will include sill pan and rough opening flashings, “innie” vs. “outie” windows in thick walls, two-stage joints and drainage, air barrier detailing, condensation problems, and window water leakage testing. We will also discuss storefront and curtain wall glazing systems and their associated detailing.
Diversity and Inclusiveness
Can't claim much on this front--one speaker is of Asian descent (male), that's about it.
Learning Objectives
Weigh the energy impacts associated with glazing and glazing ratios.
Implement the concepts for sill pan designs and window-to-wall interface junctions.
Estimate the relative condensation risks associated with various window materials and designs.
Explain the water control and thermal detailing differences between storefront and curtain wall glazing.
Has this session been presented before?
No
Additional Comments
n/a
Session Format
Presentation followed by facilitated discussion or breakout groups
Session Format Details
Presentation with two speakers (switching back and forth) with Q&A at end and throughout.
Recommended Length
90-minute session
Strongest Content Connection - Boston 2023
Reviewer 1
Heath, Anna
Reviewer 2
Nedzinski, Megan
Curator
Nielson, Christopher
Proposal #
111
Session #
501
Committee Decision
Accepted
Presenters
Full Description
The goal of this presentation is to improve durability and performance of buildings, specifically, the window and window-to-wall interface. Also, this presentation relates to the training aspect--both the architects and designers who will need to draw these window details, and the field trades who will execute them.