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Monday, August 10, 2020 | History

1 edition of Performance of a brick veneer/steel stud wall system. found in the catalog.

Performance of a brick veneer/steel stud wall system.

Performance of a brick veneer/steel stud wall system.

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  • 36 Currently reading

Published by CMHC in [Ottawa] .
Written in English


Edition Notes

SeriesResearch highlights, Technical series -- 00-138, Research highlights (Canada Mortgage and Housing Corporation), Technical series (Canada Mortgage and Housing Corporation) -- 00-138.
ContributionsCanada Mortgage and Housing Corporation.
The Physical Object
Pagination7 p.
ID Numbers
Open LibraryOL19177050M

The CavityComplete® Wall System for Steel Stud with Masonry Veneer has been engineered to bring together sophisticated, category-leading components that are completely compatible*, code compliant and warrantied** to work together to deliver outstanding performance – and bring system solutions to the next level for architects and contractors. Name the components of a brick veneer cladding system that make it essentially a rainscreen system. The backup wall supports an air barrier coating or membrane. The cavity functions as a pressure equalization chamber, partially pressurized by the weep holes.

exterior cladding components and best practices The first method (which is often used with wood siding, cementitious stucco, and brick veneer) functions to prevent water from entering the cladding and provides drainage paths for water that does enter. Wall Composition. The essential components of this system, developed in the mids, are brick veneer and steel studs covered with exterior-grade sheathing and building paper. Brick and studs are separated by an air space. The interior surface of the studs is .

Residential brick veneer wall systems characteristically consist of brick masonry veneer at the exterior side of the wall which is attached to a wood frame wall. The wood framing and the brick veneer are connected with metal ties which holdFile Size: KB. As applicable, the wall is now ready for stud cavity insulation and exterior veneer. Install approved cladding systems as soon as possible, preferably within 60 days. Option 2: Installation Direct to Exterior Metal Studs. Insulation boards must be at least 1 inch thick to be installed directly to metal framing. Size: KB.


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Performance of a brick veneer/steel stud wall system Download PDF EPUB FB2

Performance of a Brick Veneer/Steel Stud Wall System Introduction Steel stud framing is an inexpensive, space-saving system for support of lateral loads on brick veneer exterior walls, used extensively over the last 20 years on highrise residential buildings.

Performance, particularly in management of moisture, and consequent durability. performance monitoring of a brick veneer/steel stud wall system - phase 2 results - mr. jacques rousseau senior project manager canada mortgage and housing corporation montreal road ottawa, ontario k1a 0p7 keller engineering associates inc.

prince of wales drive, suite ottawa, ontario k2c 3n6 tel: () fax: () This paper discusses the performance of a proposed panelized brick veneer over steel stud backup wall system and seismic isolation connections under lateral loads. The panelized wall system was developed to address some shortcomings of the conventional brick veneer wall type.

The details of the system are briefly introduced. The study evaluated the performance of the system under out-of Cited by: 3. The brick veneer/steel stud wall system is a viable construction option when proper attention is given to design and detailing, material specification, construction and maintenance procedures.

The information and suggestions contained in this Technical Note are based on the available data and the combined experience of engineering staff and members of the Brick Industry Association. An additional dead load of kN/m ( lb-force per foot) was applied to the peripheral floor girders to account for the weight of the m (12 ft tall) in-plane CMU backed veneer wall system.

The steel stud backed wall systems applied kN/m (pound-force per foot) to the peripheral beams and by: 3. required levels of performance are met. The brick veneer/steel stud wall system is considered an anchored veneer wall. An anchored veneer is a brick wythe secured to and supported laterally by the backing through anchors and supported vertically by the founda.

A steel stud back up wall to a brick veneer functions to resolve wind and earthquake loads into the lateral force resisting diaphragm of the structure. Loads are transferred from the brick veneer to the stud back up wall through ties inserted into the mortar joints of the brick and then attached to either the flange or web of the stud.

When the facing is brick and the backing is steel studs, the veneer is classified as brick masonry veneer with a steel stud backing, (BV/SS). Figure shows a typical brick veneer on steel stud installation. Normally, the ties of the veneer are flexible for in-plane horizontal and vertical move-ment and rigid perpendicular to the wall face.

1 Keller, Brick Veneer/Steel Stud Wall Design and Construction Practices in Canada: Results of a Survey, and Keller, Trestain, and Maurenbrecher, The Durability of Steel Components in Brick Veneer/Steel Stud Wall Systems.

2 Keller, Field Investigation of Brick Veneer/Steel Stud Wall Size: 1MB. In the study of the performance of walls constructed of brick veneer with metal‐stud backup, both experimental and analytical methods have been used.

In the analytical studies, mathematical models have been developed to simulate the behavior of the wall systems. Steel stud brick veneer (SS/BV) wall systems have been widely used in the USA and Canada as an economical wall system that combines the pleasing appearance and durability of brick with the structural reliability of steel.

Properly designed and built steel stud brick veneer walls have performed well. Steel stud/masonry veneer construction is widely used as an economical wall system that combines the durability and aesthetics of masonry with the structural reliability and construction economies of steel.

This method of construction is an effective alternative to durable concrete block backup systems that are heavier and often more. Get this from a library. Performance monitoring of a brick veneer/steel stud wall system.

Phase 2 results. [Steven P Laviolette; Keller Engineering Associates Inc. * A veneer wall will weigh much less than a solid wall. Since the weight is less, the cost of the foundation and structural support can be reduced.

TYPICAL DESIGN OF A BRICK VENEER WALL: A brick veneer wall consists of an outer layer of veneer. This veneer is tied onto the structural frame by using a corrugated metal sheet or metal wall Size: 19KB. Experimental and analytical studies have been carried out on the behaviour of ties under a variety of loading configurations and on the in-plane and out of-plane behaviour of brick masonry veneer walls, focusing mainly in the backing wall systems composed of wood and steel studs.

Performance of masonry veneer tie connections. The main role Cited by: 5. The shake table tests captured the performance of the brick veneer wall system, including interaction and load-sharing between the brick veneer, corrugated sheet metal ties, and wood-frame backup.

Typically, wall ties perform three primary functions between a wythe of brick and its backing or another wythe of. masonry: 1) provide a connection, 2) transfer lateral loads, 3) permit in-plane movement to accommodate differential.

movements and, in some cases, restrain differential movement. Attach windows and doors to the structural Steel studs, not the masonry veneer. Make sure you have at least ¾" overlap of the door and window jambs onto the brick veneer.

Install backer rod and sealant around all openings and where different materials meet. You must use sheathing to face the steel stud wall at the drainage cavity. Compare the weight of mm steel stud and drywall versus mm normal weight masonry back-up for a typical brick veneer wall.

Stud = kN/m2 Concrete block = kN/m2 Compare the weight of steel stud with exterior wall insulation and finish system versus mm precast concrete. Stud = kN/m2 Precast = kN/m2.

Sound ratings shown for steel-framed partitions apply to systems constructed with 25 gauge steel studs 24" o.c., unless otherwise noted.

Heavier gauge studs are more rigid and may not provide the same sound ratings. Abbreviations In the Selector, the following abbreviations may be used. Estimated fire ratings are based on an engineering evaluation. In a brick veneer build, a single-layer brick wall is built around the outside of the house framework, the brick walls being tied to the wooden frames.

Apart from bricks having a high embodied energy, the main problem with brick veneer is that the thermal mass is on the outside of the home instead of on the inside, where it is needed. Brick veneer should be installed with a running bond pattern, and with masonry ties anchoring it to the CMU backup wall.

Brick Industry Association (BIA) recommends in Technical Note 28B, Brick Veneer/Steel Stud Walls, providing a mm (2-in.) clear air space behind the brick veneer, with one exception.

If the XPS insulation board with sealed.A quick look at the drawings revealed the wall was a 4-inch brick veneer, with a 2½-inch insulated cavity, ½-inch exterior board and a 4-inch metal stud.

Total thickness was 11 inches plus ½-inch interior wallboard for a total of 11½ inches.