All Proceeding Papers /Chapters

Technical Evaluations Necessary for Determining Site Suitability for a High-Level Waste Repository
Regulatory Views on Seismic and Fault-Displacement Parameters Needed for a Geologic Repository Design
An Overview of Analysis and Regulatory Needs to Determine Seismic Loads for Design of a High-Level Waste Geologic Repository
Summary of Questions and Responses for Session 1: General Overview of Design Analysis and Licensing Considerations
Assessment of the Potential for Tectonic Fault Rupture for High-Level Nuclear Waste Repositories
Probabilistic Analysis of Faulting Associated with Earthquakes for Nuclear Waste Repositories
Tectonic Characterization of a Potential High-Level Nuclear Waste Repository at Yucca Mountain, Nevada
Geometric Models of Faulting at Yucca Mountain
Summary of Questions/Answers and Panel Discussion for Session II: Characterization of Faulting and Related Deformation
Probabilistic Seismic Design Considerations for a High-Level Nuclear Waste Repository
Factors Controlling Strong Ground Motion and Their Associated Uncertainties
Preliminary Report: The Little Skull Mountain Earthquake, June 29, 1992
Current Plans to Characterize the Design Basis Ground Motion at the Yucca Mountain, Nevada Site
Estimation of Near-Regional Seismic Ground Motion from Underground Nuclear Explosion Tests
Summary of Questions/Answers and Panel Discussions on Session III: Characterization of Design Vibratory Ground Motion
Design of Underground Repository Openings in Hard Rock to Accommodate Vibratory Ground Motions
Block Dynamics Modeling in Support of Seismic Design
Seismic Design of Circular-Section Concrete-Lined Underground Openings—Preclosure Performance Considerations for the Yucca Mountain Site
Seismic Considerations in Sealing a Potential High-Level Radioactive Waste Repository
Options for Dynamic Analyses of Underground Facilities
Dynamic Response of Tunnels in Jointed Rocks
Stress Wave Loading of a Tunnel: A Benchmark Study
Design and Performance Requirements for Surface Facilities of a High Level Nuclear Waste Repository
Optimal Cost Basis for Seismic Design
Guidelines for the Development of Natural Phenomena Hazards Design Criteria for Surface Facilities
Summary of Questions/Answers and Panel Discussions on Session V: Analysis and Design Considerations for Surface Facilities
Scoping the Monitoring Instrumentation to Meet Repository Design and Construction Needs
Geotechnical Instrumentation for Repository Shafts
Geophysical Methods for Fracture Characterization in and Around Potential Sites for Nuclear Waste Disposal
Summary of Questions/Answers and Panel Discussions on Session VI: Guidelines for Instrumentation and Monitoring
Performance Goal Based Seismic Design Criteria for High Level Waste Repository Facilities
Summary of Questions/Answers and Panel Discussions on Session IV: Analysis and Design Considerations for Underground Facilities