The effects of drained and un-drained conditions on the deviator stress at failure soil-rubber

Milad Tajdini¹ Ahmadreza Latifi² Saman Ahmadi³

1) phd tabriz university
2) 2. Ms.C. Civil Engineering IAU Science and research
3) 3. Bs.C. IAU Bandarabbas

Publication : 2nd International Conference on New Research & Achievements in Science, Engineering & Technologies(setbconf.com/2nd)
Abstract :
Today, several methods are available for improving the physical and mechanical behaviour of the soils unsuitable for construction projects. These methods include compaction, consolidation, preloading, grouting, and stabilization by adding chemical materials etc. Addition of waste crumb rubber for reinforcing the soils is an appropriate method for improving the strength and bearing capacity of the soils. In addition to the improvement of soil engineering properties, the addition of waste crumb rubber is a measure for the protection of environment. In this study, the shear strength parameters of the Kaolinite clay, as the control material, and the Kaolinite clay reinforced by different percentages of two different types of crumb rubber content have been evaluated. The consolidated drained (CD) and unconsolidated undrained (UU) triaxial have been conducted on the control and crumb rubber reinforced soils.
Keywords : Key words: clay soil reinforced clay waste crumb rubber Drained and Undrained.