Design of a structure on expansive soils must consider the depth of wetting that can occur during the life of the structure and the associated heave. Two-dimensional seepage analyses were conducted for soil profiles typical to the Denver area to evaluate the migration of the wetting front. Predicted values of potential heave versus time were computed based upon the migration of the wetting front for sites with low, moderate, and highly expansive soils. The predicted heave in the lifetime of the structure is compared to the predicted maximum free-field heave for sites with various boundary conditions
Expansive soils are widely distributed in arid and semi-arid regions around the world and are typica...
The one-dimensional (1-D) potential heave (or swell strain) of expansive soil is conventionally esti...
Expansive soils are characterized by volume increase upon saturation. Extensive damages to structure...
This paper investigates the effect of various surface and subsurface site conditions on the predicte...
Expansive soil has been responsible for many structural damages that result in great financial losse...
During the past decade, the theory for heave prediction has developed within the context of unsatura...
Design of slab-on-grade foundations on expansive soils requires that the geotechnical engineer deter...
Expansive soils are considered to be a nightmare to the geotechnical engineers. As the losses to the...
Civil Engineering Department, College of Engineering, King Saud University, P.O. Box 800, Riyadh 114...
During the past decade, the theory for heave prediction has developed within the context of unsatura...
Expansive soils are present in many parts of the world, particularly in semi-arid areas. An expansiv...
The heave of expansive soil information is a fundamental part of the preparation of a foundation des...
AbstractThe soil movement information over time is required for the design of foundations placed in ...
A current challenge in unsaturated soil mechanics is the need to estimate ground heave and associate...
Expansive soils are naturally occurring, moisture sensitive, relatively high plastic clays which swe...
Expansive soils are widely distributed in arid and semi-arid regions around the world and are typica...
The one-dimensional (1-D) potential heave (or swell strain) of expansive soil is conventionally esti...
Expansive soils are characterized by volume increase upon saturation. Extensive damages to structure...
This paper investigates the effect of various surface and subsurface site conditions on the predicte...
Expansive soil has been responsible for many structural damages that result in great financial losse...
During the past decade, the theory for heave prediction has developed within the context of unsatura...
Design of slab-on-grade foundations on expansive soils requires that the geotechnical engineer deter...
Expansive soils are considered to be a nightmare to the geotechnical engineers. As the losses to the...
Civil Engineering Department, College of Engineering, King Saud University, P.O. Box 800, Riyadh 114...
During the past decade, the theory for heave prediction has developed within the context of unsatura...
Expansive soils are present in many parts of the world, particularly in semi-arid areas. An expansiv...
The heave of expansive soil information is a fundamental part of the preparation of a foundation des...
AbstractThe soil movement information over time is required for the design of foundations placed in ...
A current challenge in unsaturated soil mechanics is the need to estimate ground heave and associate...
Expansive soils are naturally occurring, moisture sensitive, relatively high plastic clays which swe...
Expansive soils are widely distributed in arid and semi-arid regions around the world and are typica...
The one-dimensional (1-D) potential heave (or swell strain) of expansive soil is conventionally esti...
Expansive soils are characterized by volume increase upon saturation. Extensive damages to structure...