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Evaluation, modeling, and analysis of shipping container building structures

机译:评估,建模和分析运输集装箱建筑结构

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Currently, guidelines for safely using shipping containers for building applications do not exist. The shipping container's structural integrity, modification properties, foundation limits, building code regulations, and reinforcing limits are mostly unknown. As a result, this research begins the investigation of shipping containers' structural limitations thus aiding the development of container building construction and design requirements. The main research objective is to develop structural guidelines for International Organization for Standardization (ISO) shipping containers used for non-shipping applications. This paper provides insight into the ISO shipping container's structural strength which is further investigated using finite element computer modeling. The finite element analysis shows how both modified and unmodified container models respond under given loading scenarios. The loading scenarios incorporate the effect of gravity and lateral loading, and the computer simulations demonstrate the effectiveness of the container walls and roof to resist the loads. Structural engineering considerations, foundations, and connections for shipping containers used in building applications are presented.
机译:当前,没有安全使用运输容器进行构建应用程序的准则。运输集装箱的结构完整性,修改属性,地基极限,建筑规范规定和加固极限大多是未知的。结果,这项研究开始了对集装箱结构限制的研究,从而有助于集装箱建筑结构和设计要求的发展。主要研究目标是为非运输应用中的国际标准化组织(ISO)运输集装箱制定结构指南。本文提供了对ISO运输集装箱结构强度的深入了解,并使用有限元计算机建模对其进行了进一步研究。有限元分析显示了在给定的载荷情况下,修改后的和未修改过的容器模型如何响应。装载方案考虑了重力和侧向载荷的影响,计算机模拟显示了集装箱壁和顶板抵抗载荷的有效性。介绍了建筑工程中使用的运输容器的结构工程注意事项,基础和连接。

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