[Lectures]Quantitative testing of critical-taper wedge theory with distinct-element modeling and role of dynamics in controlling wedge tapers

Colleage of Science. NTU

Lectures

[Lectures] Mining Industry in Taiwan: Current Status and Future Prospects
[Lectures] How petrology helps in carbon capture storage and usage: from serpentine to magnesite
[Lectures] Hayasaka Ichiro and the Development of Geology Research in Modern Taiwan
[Lectures] What is Powering Earth's Engine
[Lectures] Mesoarchean supra-subduction zone ophiolite formation during initial hot subduction: Insights from ultramafic to mafic rocks in the Olondo greenstone belt on the Siberian Craton (Presented in English)
[Lectures] The concept and practices of Geoconservation
[Lectures] Numerical models of arc-continent collision and orogeny in Taiwan
[Lectures] Microbial mats as taphonomic agents: implications for footprint preservation (Presented in English)
[Lectures] Development and Application of a Roadside Rockfall Warning System
[Lectures] Unveiling Site Effects in P Waves through CEM2 'Joint Inversion Method', applied to the Tohoku area, Japan

Tuesday, 18 March 2014 00:17

[Lectures]Quantitative testing of critical-taper wedge theory with distinct-element modeling and role of dynamics in controlling wedge tapers

Invited Talk
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Speaker: Prof. Luther Strayer
Department of Earth & Environmental Sciences, California State University East Bay, USA

Title: Quantitative testing of critical-taper wedge theory with distinct-element modeling and role of dynamics in controlling wedge tapers

Time: 10:30 a.m. - 11:00 a.m., Friday, Mar 21st, 2014
Location: Room 213, Department of Geosciences
Colloquium chair: Prof. John Suppe

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