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CSI CSiPlant 9

cadcamaec@protonmail.com2024-12-30PLANT & PIPE164
 CSiPlant9.0.0.Thelatestreleaseincludesanewdesigncode,ASMEB31.12-2023,andupdatest

 CSiPlant 9.0.0. The latest release includes a new design code, ASME B31.12-2023, and updates to the ASME B31J design code for handling of flex factors for 90 degree bends/elbows and modification factors for large aspect ratio components.

What’s new in CSiPlant 9.0.0 – Date: 14-Oct-2024

Piping Design
Handling of ASME B31J is enhanced, giving the ability to control when to apply Note 3 from Table 1-1. This is applicable when calculating the flex factors for 90 degree bends and elbows that match the thickness of the adjacent pipes.

Users can now select tees in the model based on the assigned tee type.

CSiPlant is a standalone piping stress analysis program based on our SAP2000 structural software, but with a user interface and design features tailored for piping stress and structural engineers working in the process, power, pipeline, and offshore industries. As a result of being based on SAP2000, CSiPlant inherited a number of unique capabilities not available in other older generation piping stress programs. Capabilities such as second order nonlinear P-delta analysis with large displacements, unlimited path dependent load sequencing (can be important when friction or soil is modeled), nonlinear time history dynamic analysis which can consider gaps, multi-linear restraint behavior, one-way supports, friction, and P-delta effects in the dynamic analysis, unlimited number of load cases, and buckling analysis, to name a few of CSiPlant’s unique advantages for more realistic analysis results. All this using a modern intuitive and efficient graphical user interface. CSiPlant’s bi-directional integration with SAP2000 provides comprehensive and reliable integration between piping stress and structural analysis for more accurate calculation of piping code stresses and reactions, with options to automatically export selected pipe support loads from the combined CSiPlant model back into SAP2000. These more rigorous analysis technologies and methods provide “more applicable data” as referenced in the ASME B31 codes.

The SAPFire Analytical Engine includes multi-threaded solvers and algorithms that can take advantage of multi-core CPUs. The design algorithms can also utilize multiple cores.


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.

Feature Image
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.

Feature Image
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.

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