Twelve peer-reviewed papers address:
Water Management and Efflorescence
Strength and Freeze-Thaw Testing
Performance and Failure Analysis And Repairs
The information can be used to improve new and old installations so that masonry attains its top performance, both structurally and aesthetically.
Whether used as veneer, as a structural system, or as both, masonry has served people well for a long time. Yet materials and systems are continuously evolving. Through testing, research programs, and forensic evaluations, it’s possible to analyze what works well, where improvements can be made, and what techniques can make masonry systems more robust so that they are better able to perform their intended function.
Since moisture plays a key role, keeping water out of the structure is a top prioritywhether for interior comfort, to keep occupants dry; for structural durability, to reduce the opportunity for rust and degradation; or for aesthetics, to minimize potential for efflorescence and otherwise maintain a pleasing appearance
Testing and research are critical tools to study physical performance of masonry assemblies, including various aspects of strength and durability
And ultimately, it’s important to use common sense in the way we design, build, and repair masonry construction.
Detailing Masonry Veneer/Steel Stud Backup Systems at Fenestration Systems to Avoid Moisture Problems
Huhtala M., Krogstad N., Weber R.
Statistical Analysis of Flexural Tensile Strength of Clay Masonry as a Function of Void Area
Bennett R., Bryja J., Sanders J.
Comparative Study of Freeze and Thaw Test Procedures on Molded Brick
Cyphers R., Whitlock A.
Seismic Performance Tests of Masonry and Masonry Veneer
Jo S., Klingner R., McGinley W., McLean D., Okail H., Shing P.
Improving the Thermal Resistance of Brick Masonry Systems
Brosnan D., Sanders J.
Evaluation and Repair of Thin Brick Veneer Facades
Leafblad J., Searls C.
Common Sense and Masonry Repair
Pashina K., Talafous S.
Paper ID: STP1512-EB