ISSN 0741-1294
Vol. 14, Issue 1, 1996August 01, 1996 EDT
The Significance of the Gauging System in the Flatjack In-Situ Stress Test for Masonry: Experimental Investigation
The Significance of the Gauging System in the Flatjack In-Situ Stress Test for Masonry: Experimental Investigation
Articles in Vol. 14, Issue 1, 1996
Vol. 14, Issue 1, 1996
- Effects of Horizontal Confinement on the Behavior of Ancient Masonry TowersGuilio BallioG. Michele Calvi
- Strengthening of Hollow Block Masonry Basement Walls with Plastic Reinforcing BarsAhmad A. Hamid
- Minimum Horizontal Reinforcement Requirements for Seismic Design of Masonry WallsA.E. Schultz
- A Study of Masonry Arch Bridges Using Finite Element MethodsN.G. GongB.S. ChooM.G. Coutie
- Development and Testing of Prestressed Clay Brick WallsRavi K. DevalapuraGary L. KrauseK. Tadros
- Flexural Behavior of Reinforced Masonry Shear Walls with Unbonded ReinforcementAlok MadanAndrei M. ReinhornJohn B. Mander
- Shear Strength of Reinforced Masonry WallsJohn D. BrunnerP. Benson Shing
- The Significance of the Gauging System in the Flatjack In-Situ Stress Test for Masonry: Experimental InvestigationPaola Ronca
- Masonry Throughout HistoryClayford T. Grimm
- Structural Response of Non-Loadbearing Masonry Under Dynamic Lateral Loading Caused by Scud Missile Attacks in RiyadhM.A. Amjad
Ronca, Paola. 1996. “The Significance of the Gauging System in the Flatjack In-Situ Stress Test for Masonry: Experimental Investigation.” The Masonry Society Journal 14 (1). https://doi.org/10.70803/001c.140462.