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An Integrated Experimental and Statistical Approach for Predicting the Progression of Internal Instability in Gap-Graded Granular Soils

thesis
posted on 17.07.2020, 02:02 by SANDUN MADHUSANKA DASSANAYAKE DASSANAYAKE MUDIYANSELAGE
Seepage through the earthen structures, such as dams, erodes the fine particles in the soil. This phenomenon, known as suffusion, degrades the hydraulic and mechanical performance of these structures, causing catastrophic failures. This study employs a novel integration of experimental, numerical, and statistical approaches to investigate the initiation and progression of suffusion. Moreover, the micro-scale effects of the migrating fines are estimated using X-ray CT scanning and numerical simulations. The final model indirectly estimates the probability of the suffusion progression using critical parameters like hydraulic conductivity of the soil, which can be readily measured in the lab.

History

Campus location

Malaysia

Principal supervisor

Ahmad Mousa

Additional supervisor 1

Saman Ilankoon

Year of Award

2020

Department, School or Centre

School of Engineering (Monash University Malaysia)

Course

Doctor of Philosophy

Degree Type

DOCTORATE

Exports