Benchmarking analogue models of brittle thrust wedges
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- 作者：Guido Schreursa ; schreurs@geo.unibe.ch" class="auth_mail" title="E-mail the corresponding author ; Susanne J.H. Buiterb ; c ; Jennifer Boutelierd ; Caroline Burberrye ; 1 ; Jean-Paul Callotf ; 2 ; Cristian Cavozzig ; Mariano Cercah ; Jian-Hong Cheni ; Ernesto Cristallinij ; Alexander R. Crudenk ; 3 ; Leonardo Cruzl ; Jean-Marc Danielf ; 9 ; Gabriela Da Poianj ; 4 ; Victor H. Garciaj ; 4 ; Caroline J.S. Gomesm ; Cé ; line Grallf ; 5 ; Yannick Guillotn ; Cecilia Guzmá ; nj ; Triyani Nur Hidayaho ; George Hilleyp ; Matthias Klinkmü ; llera ; Hemin A. Koyie ; Chia-Yu Luq ; Bertrand Maillotr ; Catherine Meriauxs ; 6 ; Faramarz Nilfouroushane ; 7 ; Chang-Chih Pani ; Daniel Pillotf ; Rodrigo Portilloh ; Matthias Rosenaut ; Wouter P. Schellarts ; Roy W. Schlischeo ; Andy Takeu ; Bruno Vendevillev ; Marine Vergnaudf ; Matteo Vettorig ; 8 ; Shih-Hsien Wangi ; Martha O. Withjacko ; Daniel Yagupskyj ; Yasuhiro Yamadaw
- 关键词：Thrust wedges ; Brittle wedges ; Shear zones ; Analogue modeling ; Benchmarking ; Critical taper ; Sand ; Friction ; Cohesion
- 刊名：Journal of Structural Geology
- 出版年：2016
- 出版时间：November 2016
- 年：2016
- 卷：92
- 期：Complete
- 页码：116-139
- 全文大小：10767 K
文摘
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A quantitative comparison of thrust wedge models from 15 analogue modeling laboratories is presented.
Analogue models show variability, most notably for surface slope, thrust spacing and number of forward and backthrusts.
Model variability is most likely controlled by initial variations in basal friction.
Our comparison highlight the limits of up-scaling quantitative analogue model results to nature.