Commercial Masonry Problems and Solutions webinar
Water penetration, efflorescence, cracking and more
The Mason Contractors Association of America (MCAA) will present Commercial Masonry Problems and Solutions on Wednesday, May 7, 2014, at 10:00 AM CDT.
The presentation discusses common challenges and problems encountered in masonry design and construction. Topics discussed include water penetration, efflorescence, cracking, differential movement, grouting and detailing. Case studies are used to illustrate common detailing mistakes, material incompatibilities and construction defects that lead to poor performance of masonry. The case studies also include discussion of the use of appropriate detailing and construction industry standards to avoid common mistakes and problems. Common field evaluation methods for assessing masonry performance problems reviewed.
At the end of the course, the participants will:
- Be familiar with typical masonry material performance issues
- Understand the unique properties and characteristics associated with masonry assemblies
- Recognize common problems experienced with masonry construction early in a project
- Have a basic knowledge of important masonry standards related to design and construction
Register for Commercial Masonry Problems and Solutions at www.masoncontractors.org/live.
2014 Live Webinar Season Pass
The Live Webinar Season Pass gives you and your entire company year-round access to all live and on demand recorded webinars for the calendar year. Sign up today for as little as $300.00.Visit www.masoncontractors.org/live for more information and to view a full schedule of MCAA’s Live Webinar Series.
About the Author
The Mason Contractors Association of America (MCAA) is the national trade association representing mason contractors. The MCAA is committed to preserving and promoting the masonry industry by providing continuing education, advocating fair codes and standards, fostering a safe work environment, recruiting future manpower, and marketing the benefits of masonry materials.