ISSN 0741-1294
Vol. 11, Issue 1, 1992August 01, 1992 EDT
A Proposed Seismic Design Approach for Masonry Shear Walls Incorporating Foundation Uplift
A Proposed Seismic Design Approach for Masonry Shear Walls Incorporating Foundation Uplift
Articles in Vol. 11, Issue 1, 1992
Vol. 11, Issue 1, 1992
- Service Load Design Equations for Unreinforced Masonry ConstructionJames Colville
- Compressive Strength of Partially Grouted Concrete Masonry Using Small Scale Wall ElementsDr. Ahmad A. HamidDr. S.R. De S. Chandrakeerthy
- Splitting Tensile and Compressive Strength Relationship of Concrete Paving BlocksNader GhafooriDavid R. Smith
- Stability of Hollow Masonry WallsJames Colville
- A Proposed Seismic Design Approach for Masonry Shear Walls Incorporating Foundation UpliftDavid K. NakakiGary C. Hart
- State-of-the-Art of Concrete Masonry UnitsMaher K. TadrosGary L. KrauseBabrak AmiriSteve Sweeney
- Thermal Stresses in Composite Masonry WallsMd. Ayubur RahmanSubhash C. Anand
- Old Research on Masonry BondH.C. Fischer
- Statistical Requirements for Masonry TestingR.H. Atkinson
Nakaki, David K., and Gary C. Hart. 1992. “A Proposed Seismic Design Approach for Masonry Shear Walls Incorporating Foundation Uplift.” The Masonry Society Journal 11 (1). https://doi.org/10.70803/001c.140472.