The use of plastic concrete for cutoff walls in dams for remediation of seepage issues has become more widely used in the past 25 years, however, the in-situ material properties are still not well understood. The research presents a new testing procedure that combines two existing testing methods, triaxial shear and permeability testing. By developing this laboratory testing method, material properties of the cutoff wall backfill material can be more accurately examined and explained using changes in the permeability of the material to discern the ductility and stiffness
Plastic Concrete is a low-strength (fcm,28d≤ 1.0 MPa), low-stiffness, impervious concrete used for c...
The first part of this research project examined the feasibility of developing a fracture test that ...
Seepage barriers have been used extensively to mitigate seepage problems in dams and levees. Althoug...
Plastic Concrete plays a key role in the remediation of earthen dams using cut-off walls to counter ...
Coquitlam Dam, constructed in the early 1910s, is a 30 m high hydraulic fill embankment. The dam is ...
The complicated nature of the plastic concrete’s behavior compared to conventional concrete has led ...
The objective of this paper is to present a comparison of measured hydraulic conductivities (k) for ...
Water seepage is one of the most important features of embankment dams. To prevent and reduce seepag...
Time and curing conditions may impact the strength and permeability of concrete. The strength and pe...
Concrete specimens were fabricated for shrinkage, creep, and abrasion resistance testing. Variations...
Non-destructive tests are the future for early concrete deterioration detection. The interest in sur...
textThis thesis presents the results of a comprehensive evaluation of volume changes and cracking po...
An SMW wall was installed as a cutoff wall for seepage control during high floods in a narrow levee ...
In this study, samples of regular, high performance, expansive and the polymer concrete and mortar w...
Borehole sealing is required for different purposes, like permanent tightening of deep holesbored in...
Plastic Concrete is a low-strength (fcm,28d≤ 1.0 MPa), low-stiffness, impervious concrete used for c...
The first part of this research project examined the feasibility of developing a fracture test that ...
Seepage barriers have been used extensively to mitigate seepage problems in dams and levees. Althoug...
Plastic Concrete plays a key role in the remediation of earthen dams using cut-off walls to counter ...
Coquitlam Dam, constructed in the early 1910s, is a 30 m high hydraulic fill embankment. The dam is ...
The complicated nature of the plastic concrete’s behavior compared to conventional concrete has led ...
The objective of this paper is to present a comparison of measured hydraulic conductivities (k) for ...
Water seepage is one of the most important features of embankment dams. To prevent and reduce seepag...
Time and curing conditions may impact the strength and permeability of concrete. The strength and pe...
Concrete specimens were fabricated for shrinkage, creep, and abrasion resistance testing. Variations...
Non-destructive tests are the future for early concrete deterioration detection. The interest in sur...
textThis thesis presents the results of a comprehensive evaluation of volume changes and cracking po...
An SMW wall was installed as a cutoff wall for seepage control during high floods in a narrow levee ...
In this study, samples of regular, high performance, expansive and the polymer concrete and mortar w...
Borehole sealing is required for different purposes, like permanent tightening of deep holesbored in...
Plastic Concrete is a low-strength (fcm,28d≤ 1.0 MPa), low-stiffness, impervious concrete used for c...
The first part of this research project examined the feasibility of developing a fracture test that ...
Seepage barriers have been used extensively to mitigate seepage problems in dams and levees. Althoug...