光明盆地演化与展望(3)有限元建模

R. Farrington, K. Hill, J. Cunneen, R. Beucher, L. Moresi
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摘要

本文概述了使用“Underworld”软件包的有限元建模工作流程,该软件包应用于经历多次裂谷事件的沉积盆地。由此产生的应变速率、粘度结构、温度场和沉积结构的演变可以被跟踪。讨论了该方法在塞都纳次盆地的应用。
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The Bight Basin, Evolution & Prospectivity III; FE modelling
Summary This paper outlines a Finite Element modelling workflow using the software package ‘Underworld’ that is applied to sedimentary basin undergoing multiple rifting events. The evolution of the resulting strain rate, viscosity structure, temperature field, and sedimentary structures can be tracked. Application to the Ceduna Sub-basin is discussed.
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