![Structural Performance of Steel Shelf Angles with Thermally Improved Detailing | Journal of Structural Engineering | Vol 146, No 10 Structural Performance of Steel Shelf Angles with Thermally Improved Detailing | Journal of Structural Engineering | Vol 146, No 10](https://ascelibrary.org/cms/asset/77831ebd-3b75-475f-b481-bac00501967d/figure1.jpg)
Structural Performance of Steel Shelf Angles with Thermally Improved Detailing | Journal of Structural Engineering | Vol 146, No 10
![01.030.0705: Shelf Angle Detail - Anchored Brick Veneer, CMU Backing, Shelf Angle with Bracket-Type Standoffs | International Masonry Institute 01.030.0705: Shelf Angle Detail - Anchored Brick Veneer, CMU Backing, Shelf Angle with Bracket-Type Standoffs | International Masonry Institute](https://www.imiweb.org/wp-content/uploads/01.030.0705.jpg)
01.030.0705: Shelf Angle Detail - Anchored Brick Veneer, CMU Backing, Shelf Angle with Bracket-Type Standoffs | International Masonry Institute
![SWA High Performance Design Best Practice: Limiting Shelf Angles in Masonry Buildings - Steven Winter Associates, Inc. SWA High Performance Design Best Practice: Limiting Shelf Angles in Masonry Buildings - Steven Winter Associates, Inc.](https://www.swinter.com/wp-content/uploads/picture24.jpg)
SWA High Performance Design Best Practice: Limiting Shelf Angles in Masonry Buildings - Steven Winter Associates, Inc.
![Design, Detail, and Attachment of Shelf Angles to Concrete and Masonry | Practice Periodical on Structural Design and Construction | Vol 26, No 3 Design, Detail, and Attachment of Shelf Angles to Concrete and Masonry | Practice Periodical on Structural Design and Construction | Vol 26, No 3](https://ascelibrary.org/cms/asset/5b9fcc3d-d02f-46e8-a1de-e49517d9c6a2/figure1.gif)