Tuesday Morning 2
Time	Session	Location	Title
1020	T22A	MCC 3002	High-Velocity Friction and Earthquake Generation Processes II (joint with S) Presiding: T Shimamoto, Kyoto University; Y Fialko, University of California, San Diego    [Abstracts]
1020	T22A-01	MCC 3002	Microstructures, Chemical Composition, and Viscosities of Fault-generated Friction Melts in the Shimanto Accretionary Complex, Southwest Japan: Implication for Dynamics of Earthquake Faulting in Subduction Zones *K Ujiie, H Yamaguchi    [details]
1035	T22A-02	MCC 3002	Maine Pseudotachylyte Localities and the Role of Host Rock Anisotropy in Fault Zone Development and Frictional Melting *M T Swanson    [details]
1050	T22A-03	MCC 3002	Can Pseudotachylytes be Used to Infer Earthquake Source Parameters? Limitations in the Study of Exhumed Faults *G Di Toro, G Pennacchioni, G Teza    [details]
1105	T22A-04	MCC 3002	The Effect of Bandwidth Limitations on the Inference of Slip-Weakening and Energy Parameters from Seismograms *P Spudich, M Guatteri    [details]
1120	T22A-05	MCC 3002	Earthquake Sequences on Rate and State Faults With Strong Dynamic Weakening *N Lapusta, J R Rice    [details]
1135	T22A-06	MCC 3002	Dynamic fault weakening caused by thermal pressurization in an earthquake model governed by rate- and state-dependent friction *M Cocco, A Bizzarri INVITED    [details]
1150	T22A-07	MCC 3002	Transition from Frictional Weakening to Shear Heating Induced Thermal Pressurization *P Segall, J R Rice    [details]
1205	T22A-08	MCC 3002	Numerical simulation of rupture propagation with thermal pressurization based on measured hydraulic properties :Importance of deformation zone width *H Noda    [details]