06.070.0102: Wall Tile – One Coat Method, Non-Wet Area
06.070.0102: Wall Tile - One Coat Method, Non-Wet Area This detail shows tile over concrete masonry (CMU) laid in the one-coat method in a non-wet area. There is metal lath embedded in a bed of mortar, with the tile adhered to a dry-set or latex-modified portland cement mortar bond coat. This detail is based on [...] 02.120.1501: Wall Intersection Detail
02.120.1501: Wall Intersection Detail DOWNLOAD DETAIL 02.120.1102: Column Connection Details – Option 2
This detail shows the connection of a loadbearing CMU wall to a steel column as part of a hybrid masonry and steel structural system. The CMU is anchored to the column with a 3/16″ dia. galvanized wire anchor held to the column with a welded bar. Fireproofing on the steel is not shown for clarity. […]
02.120.1101: Column Connection Details – Option 1
02.120.1101: Column Connection Details - Option 1 This detail shows a the connection of a loadbearing CMU wall to a steel column as part of a hybrid masonry and steel structural system. The CMU is anchored to the column with a 16 ga. x 1 1/2" wide strap anchor. Fireproofing on the steel is not [...] 02.020.0203: Horizontal Span – CMU Partition
02.020.0203: Horizontal Span - CMU Partition DOWNLOAD DETAILDynamic 3D Detail Explore the detail and download the Sketchup Model in the 3D Warehouse. Explore Detail 02.010.1311: Control Joint
02.010.1311: Control Joint This detail shows a vertical control joint at intersecting CMU walls. The debonded shear anchor ties the walls together, but also allows the intersecting wall to shrink back from the continuous wall, as the anchor moves along its track. There is horizontal joint reinforcement at 16" o.c. vertically in the wall (not [...] 02.010.1101: Load Bearing Pilaster
02.010.1101: Load Bearing Pilaster DOWNLOAD DETAIL 02.010.0701: Floor Connection Detail
02.010.0701: Floor Connection Detail DOWNLOAD DETAIL 01.030.0751: Roof Detail – High Wall – Low Roof
3D Detail
01.030.0703: Shelf Angle Detail – Typ. Face Brick, Term Bar
This shelf angle detail uses a typical brick course below the shelf angle. This may result in a wider horizontal expansion joint below the angle, but is more economical than using a lipped (notched) brick. The shelf angle is flashed with flexible thru-wall flashing, transitioning to more durable sheet metal flashing drip edge at the […]