Abstract
An equation to account for the volumetric behavior of unsaturated soils is proposed in this chapter. This equation is based on the effective stress principle and results in a unifying framework for the volumetric behavior for both saturated and unsaturated soils. The results of the proposed equation are compared with experimental results published by different researchers. These comparisons show that the equation is adequate to account for wetting-drying and net stress loading-unloading paths. This analysis confirms that the effective stress principle can be applied to the volumetric behavior of unsaturated soils.
Keywords: Volumetric behavior, effective stress principle, isotropic triaxial test, controlled suction test, effective stress, compression index, unloading-reloading index, unsaturated soils, collapse, elastoplastic framework, hydro-mechanical coupling, water menisci, macropores shrinkage, suction hardening, yield surface.
Related Books
A Primer on Earth Pollution: Pollution Types and Disposal
Air Pollution: Economic Modelling and Control Policies
Application of Adsorbents for Water Pollution Control
Assessment and Mitigation of Indoor Radon Problem: A Case Book for Radon Professionals
Changing Landscapes in Urban British Churchyards
Environmental Zeolites and Aqueous Media: Examples of Practical Solutions
Famous Planet Earth Caves
Famous Planet Earth Caves
Environmental Issues for the Twenty-First Century and their Impact on Human Health
Flood Risk Assessment and Management