This report presents preliminary results of laboratory testing of a small block sample of Topopah Spring Tuff. This is the first in a series of tests on small block samples. The purpose of these tests is to investigate the thermal-mechanical, thermal-hydrological, and thermal-chemical response of the rock to conditions similar to the near-field environment (NFE) of a potential nuclear waste repository. This report presents preliminary results of deformation and elastic- wave velocity measurements on a 0.5-m scale block of Topopah Spring tuff tested in uniaxial compression and at temperatures to 85{degrees}C
Electrical resistivity, ultrasonic P-waves velocity, and water permeability were measured simultaneo...
In support of the Nevada Nuclear Waste Storage Investigations Project experiments were conducted to ...
This report documents the progress made during FY 1994 on hydrological property measurements of samp...
This paper presents preliminary results of laboratory tests conducted on small block samples of Topo...
The Yucca Mountain Site Characterization Project is studying physical and chemical properties of Top...
Experiment results are presented for unconfined compressive strength and elastic moduli of tuffaceou...
This report presents results of a suite of uniaxial compressive tests conducted to provide laborator...
Over two hundred fifty mechanical experiments have been run on samples of tuff from Yucca Mountain, ...
The effect of radiation on the mechanical properties of Topopah Spring tuff was investigated by perf...
Tests have been performed to explore the effects of extended exposure of tuffs from the southwestern...
An integral part of the licensing procedure for the potential nuclear waste repository at Yucca Moun...
Yucca Mountain has been designated as a potential site for a high level nuclear waste repository. Pa...
Seven Topopah Spring tuff samples were studied to determine water permeability in this rock under pr...
A comprehensive laboratory investigation is determining the mechanical properties of tuffs for the Y...
We have established a methodology to determine the time dependence of strength and transport propert...
Electrical resistivity, ultrasonic P-waves velocity, and water permeability were measured simultaneo...
In support of the Nevada Nuclear Waste Storage Investigations Project experiments were conducted to ...
This report documents the progress made during FY 1994 on hydrological property measurements of samp...
This paper presents preliminary results of laboratory tests conducted on small block samples of Topo...
The Yucca Mountain Site Characterization Project is studying physical and chemical properties of Top...
Experiment results are presented for unconfined compressive strength and elastic moduli of tuffaceou...
This report presents results of a suite of uniaxial compressive tests conducted to provide laborator...
Over two hundred fifty mechanical experiments have been run on samples of tuff from Yucca Mountain, ...
The effect of radiation on the mechanical properties of Topopah Spring tuff was investigated by perf...
Tests have been performed to explore the effects of extended exposure of tuffs from the southwestern...
An integral part of the licensing procedure for the potential nuclear waste repository at Yucca Moun...
Yucca Mountain has been designated as a potential site for a high level nuclear waste repository. Pa...
Seven Topopah Spring tuff samples were studied to determine water permeability in this rock under pr...
A comprehensive laboratory investigation is determining the mechanical properties of tuffs for the Y...
We have established a methodology to determine the time dependence of strength and transport propert...
Electrical resistivity, ultrasonic P-waves velocity, and water permeability were measured simultaneo...
In support of the Nevada Nuclear Waste Storage Investigations Project experiments were conducted to ...
This report documents the progress made during FY 1994 on hydrological property measurements of samp...