Sign In
Search
Home
|
About
|
Contact
|
e-Tek & Details
|
Bookstore
|
Foundation
|
Members Area
Resources
Events
Professional Development
Laboratory
Directories
News
Membership
Resources Home
Bookstore
Resource Guide
Design Resources
Marketing Resources
2011 Safety Awards
Opportunities/Leads
Uses of Concrete Masonry
Helpful Links
Concrete Safe Rooms, Homes, and Communities
Plant QC Certification Program
Concrete Masonry Units
Direct Design
Annual Convention
ICON EXPO
Midyear Meeting
Unit Design Competition
Industry Calendar
CPU Home
Class Schedule
SRW Installer Class Schedule
Webinars
Crash Courses
Laboratory Home
Services
Rates
Research and Development Laboratory Brochure
Unit Production Research Facility Brochure
Materials Submittal Form -PDF
Laboratory Survey
ACI Concrete Knowledge Center
Find a Member Company
Certified Concrete Masonry Testing Technicians
NCMA - Certified SRW Installer Program
Authorized AIA Certified Education Facilitator (CEF)
Consultants and Speakers
News Home
CM News
e-News Brief
Press Releases
Washington Wire
Workforce Development
In Memoriam
Washington Wire Archive
Membership Home
Member Benefits
Producer Membership
Associate Membership
International Membership
Segmental Retaining Wall Contractor Membership
Concrete Masonry Affiliate Membership
Professional Subscription Service
Concrete Safe Rooms, Homes, and Communities
Resources Home
Bookstore
Resource Guide
Design Resources
Marketing Resources
2011 Safety Awards
Opportunities/Leads
Uses of Concrete Masonry
Helpful Links
Concrete Safe Rooms, Homes, and Communities
Concrete Masonry Protection
High Wind Testing
Codes & Standards Resources
Safe Room Construction
Information About Tornadoes
Plant QC Certification Program
Concrete Masonry Units
Direct Design
NCMA
»
Resources
»
Concrete Safe Rooms, Homes, and Communities
»
High Wind Testing
High Wind Testing
Investigation of Wind Projectile Resistance of Concrete Masonry
(MR21) Research report conducted by Texas Tech University on resistance of masonry walls to wind borne missile debris. Various concrete masonry assemblies met the performance requirements for a 250 mph F-5 tornado. (2003)
VIDEO: Concrete Masonry Impact Test:
Video of the wind borne missile impact testing conducted for publication MR21 above. Concrete masonry wall withstands impact of wood plank.
LINK: Texas Tech University Wind Science and Engineering Research Center
The Center develops information on windstorm disaster mitigation and other wind-related subjects that can be made available to professionals and the public.
VIDEO: IBHS - Highlights of Research Center Inaugural Test Demonstrations, Fall 2010
The Institute for Business & Home Safety (IBHS) recently conducted a wind test demonstration. In the video two full-scale houses are subjected to thunderstorm and straight-line wind conditions. The house on the left (the one blown off of the foundation) was built using conventional Midwestern construction standards and the house on the right (the one with minimal damage) was built to the IBHS FORTIFIED for Safer LivingĀ® standard for Midwest construction.