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Timetable (GPFW04)

Flow and Failure of Dense Fluid-Infiltrated Granular Flows

Wednesday 17th September 2003

Wednesday 17th September 2003
09:15 to 09:20 Introduction
Session: Flow and Failure of Dense Fluid-Infiltrated Granular Materials
INI 1
09:20 to 10:20 Laboratory constraints on hydromechanical weakening of granular fault gouge during earthquake slip
Session: Flow and Failure of Dense Fluid-Infiltrated Granular Materials
INI 1
10:20 to 11:00 Effects of shear heating on stability of a dilatant, fluid-saturated fault zone
Session: Flow and Failure of Dense Fluid-Infiltrated Granular Materials
INI 1
11:00 to 11:30 Coffee
Session: Flow and Failure of Dense Fluid-Infiltrated Granular Materials
11:30 to 12:00 Heating, weakening and partial melting of rapidly sheared fault gouge
Session: Flow and Failure of Dense Fluid-Infiltrated Granular Materials
INI 1
12:00 to 12:30 Field examples of liquefaction, mudslides and rock avalanches, and problems as to mechanisms
Session: Flow and Failure of Dense Fluid-Infiltrated Granular Materials
INI 1
12:30 to 13:40 Lunch
Session: Flow and Failure of Dense Fluid-Infiltrated Granular Materials
13:40 to 14:20 Fluidisation in artesian flow conditions: cases of hydromechanically stable versus unstable granular media
Session: Flow and Failure of Dense Fluid-Infiltrated Granular Materials
INI 1
14:20 to 15:00 AC Palmer ([Cambridge])
Wave-induced liquefaction of the seabed around submarine pipelines
Session: Flow and Failure of Dense Fluid-Infiltrated Granular Materials
INI 1
15:00 to 15:30 Tea
Session: Flow and Failure of Dense Fluid-Infiltrated Granular Materials
15:30 to 16:10 RM Iverson ([Cascades Volcano Observatory])
Dilatancy and pore-pressure feedback as causes of diverse styles and rates of landslide motion
Session: Flow and Failure of Dense Fluid-Infiltrated Granular Materials
INI 1
16:10 to 16:50 Mud/lava viscoplastic flow downslope
Session: Flow and Failure of Dense Fluid-Infiltrated Granular Materials
INI 1
16:50 to 17:20 K Hutter ([TU, Darmstadt])
Avalanches of snow, debris and mud - geophysical systems between order and disorder
Session: Flow and Failure of Dense Fluid-Infiltrated Granular Materials
INI 1
University of Cambridge Research Councils UK
    Clay Mathematics Institute London Mathematical Society NM Rothschild and Sons