Monday, Aug. 27, 2001

Overview of the Fusion Materials Science Program (738 Kb)

An Introduction to Materials, Properties and Microstructures: an Integrated Experiment-Modeling Paradigm (938 Kb)

Low-to-Intermediate Temperature Deformation and Fracture (636 Kb)

Small Specimen Test (SST) Methods (564 Kb)

Mesoscopic Models of Deformation and Fracture of Fusion Materials (3.65 Mb)

Adjourn

Aspects of Multiscale Modeling: Primary Damage and Rate Theory Models (4.89 Mb)

Aspects of Multiscale Modeling: Kinetic Monte Carlo, Cascade Aging and Dislocation - Obstacle Interactions (1.03 Mb)

High-temperature Deformation Issues for Fusion Structural Metals (645 Kb)

Overview of Current BCC Structural Alloys (2.21 Mb)

Advanced Alloy Systems (1.14 Mb)

Fusion Materials Science Compatibility and Welding program (1.66 Mb)

Research Program on the Development of Electrically Insulating Coatings for the Self-cooled Lithium/Vanadium System (270 Kb)

Fundamental Research on Ceramics for Fusion Energy (1.59 Mb)

Ceramic Matrix Composites (2.56 Mb)

Recap/Wrapup