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首页> 外文期刊>Journal of Hydrology >The role of 3D visualisation as an analytical tool preparatory to numerical modelling
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The role of 3D visualisation as an analytical tool preparatory to numerical modelling

机译:3D可视化作为数值建模准备分析工具的作用

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Groundwater investigation has Iona depended on the process of developing a conceptual flow model as a precursor to developing a mathematical model, which in turn may lead in complex aquifers to the development of a numerical approximation model. The assumptions made in the development of the conceptual model depend heavily on the geological framework defining the aquifer, and if the conceptual model is inappropriate then subsequent modelling will also be incorrect. Paradoxically, the development of a robust conceptual model remains difficult. not least because this 3D paradigm is usually reduced to 2D plans and sections. 3D visualisation software is now available to facilitate the development of the conceptual model, to make the model more robust and defensible and to assist in demonstrating the hydraulics of the aquifer system. Case. studies are presented to demonstrate the role and cost-effectiveness of the visualisation process. (C) 2004 Elsevier B.V. All rights reserved.
机译:爱奥那(Iona)的地下水研究依赖于开发概念性水流模型的过程,以此作为开发数学模型的先驱,而这反过来又可能导致复杂的含水层发展为数值近似模型。在开发概念模型时所做的假设在很大程度上取决于定义含水层的地质框架,如果概念模型不合适,则随后的建模也将是不正确的。矛盾的是,要建立一个强大的概念模型仍然很困难。尤其是因为这种3D范式通常简化为2D平面图和剖面。现在可以使用3D可视化软件来促进概念模型的开发,使模型更健壮和更具防御性,并有助于演示含水层系统的液压系统。案件。进行了研究以证明可视化过程的作用和成本效益。 (C)2004 Elsevier B.V.保留所有权利。

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