Structural Performance of Residential Chimneys in Earthquakes, Matthew J. Scolforo, James E. Amrhein, and John Chrysler
Load Test on Post-Tensioned Masonry Walls, Nebojsa Mojsilovic and Peter Marti
Lateral Force Behavior of Brick Infills with Steel Frames, Stephen P. Schneider, Daniel P. Abrams, and Stephen J. Favieri
Evaluation of the Seismic and Wind Resistance of Low-Rise Masonry Buildings, Nina K. Kristeva and Scott D. Schiff
An Anisotropic Failure Criterion Suitable for Numerical Implementation, Paulo B. Lourenco and Jan G. Rots
Seismic Response Evaluation for Unreinforced Masonry Buildings, Daniel P. Abrams
Evaluation and Analytical Verification of Shaking Table Data from Infilled Frames, Richard E. Klingner, Nestor R. Rubiano, Tarek R. Bashandy, and Steven C. Sweeney
Flexural Behavior of Reinforced Masonry Shear Walls with Unbonded Reinforcement, by Alok Madan, Andrei M. Reinhorn, and John B. Mander
About The Masonry Society
Formed in 1977, The Masonry Society (TMS) is an educational, scientific, and technical society dedicated to the advancement of scientific, engineering, architectural, and construction knowledge of masonry.
The Society is a not-for-profit, membership driven organization that gathers, correlates, and disseminates information for the improvement of the design, construction, manufacture, use, and maintenance of masonry products and structures.
As part of these efforts, TMS develops standards, guides, and other resources, educates through seminars, workshops, conferences, and collaborates with the construction industry, design profession and other leaders desiring to see a better and more resilient built environment.