
CSiPlant 是一个集成的工程软件产品,用于分析和设计管道系统和框架结构,包括管道规范合规性检查以及自动计算和应用的应力强化和灵活性因素。
CSiPlant 为在过程、电力、管道和海上工业中工作的管道和结构工程师提供先进的分析技术。
CSiPlant 使用过程和电力行业的管道和结构工程师熟悉的元素、管道支撑类型和建模方法。
绘图功能
管道和结构框架模型可以使用类似 CAD 的绘图工具快速创建和修改,这些工具可以捕捉到对象、网格交叉点和全局轴。此外,CSiPlant 提供节点和元素的自动字母数字标记、直观的插入和分配命令以及键盘快捷键,使工程师能够利用各种建模选项快速构建、修改和审查他们的分析模型。
管道支架
管道支架包括锚、导轨、线止动件、垂直止动件、吊杆、缓冲器和弹簧吊架。
特征图像
链接元素
CSiPlant 提供多种“链接”元素类型来连接不同的点,从而可以对特定的结构行为进行建模。可以为六个自由度中的每一个分配线性和非线性属性,以定义力-变形关系。
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非线性负载排序
CSiPlant 提供无限的非线性负载排序,也称为路径相关加载,它考虑了加载的顺序。由于摩擦在启动与关闭和其他负载状态期间作用在不同的方向上,因此通常需要顺序加载,包括顺序热加载和卸载,以确定最坏情况下的反应和应力。
File Size: 405.6 MB
CSiPlant is an integrated engineering software product for analysis and design of piping systems and frame structures, including piping code compliance checks with stress-intensification and flexibility factors that are automatically calculated and applied.
CSiPlant offers advanced analysis technology to piping and structural engineers working in the process, power, pipeline and offshore industries.
CSiPlant uses elements, pipe support types, and modeling approaches familiar to piping and structural engineers in the process and power industries.
Drawing Capabilities
Piping and structural frame models can be rapidly created and modified using CAD-like drafting tools which snap to objects, grid intersections and global axes. In addition, CSiPlant offers automatic alphanumeric labeling of node points and elements, intuitive Insert and Assign commands, and keyboard shortcuts, enabling engineers to utilize a variety of modeling options to quickly build, modify, and review their analysis models.
Pipe Supports
Pipe supports include Anchors, Guides, Line Stops, Vertical Stops, Rod Hangers, Snubbers, and Spring Hangers.
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Link Elements
CSiPlant offers multiple “link” element types to connect different points such that specialized structural behavior may be modeled. Linear and nonlinear properties can be assigned to each of the six degrees-of-freedom to define force-deformation relationships.
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Nonlinear Load Sequencing
CSiPlant offers unlimited nonlinear load sequencing, also known as path-dependent loading, which considers the order of the loading. Since friction acts in different directions during startup vs. shutdown and other load states, sequenced loading, including sequenced thermal loading and unloading, is often needed to determine worst case reactions and stresses.
What’s New
Read: ReleaseNotesCSiPlantv700.pdf
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