CsiPlant

PIPE STRESS ANALYSIS AND DESIGN

NEXT GENERATION PLANT DESIGN AND ENGINEERING

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 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.

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.

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.

Buckling Analysis

Buckling can be a design concern in a number of different piping applications including jacketed piping analysis, bowing due to thermal gradient, GRP and plastic piping, rack piping with intermediate anchors, and tall vertical risers among other design scenarios. Using both eigen buckling and nonlinear large displacement buckling analysis options, CSiPlant makes it convenient for engineers to check for buckling during design.

P-Delta Analysis

P-Delta analysis, also known as second-order geometric nonlinearity, involves the equilibrium and compatibility relationships of a structural system loaded about its deflected configuration. It also accounts for real world changes to element stiffness due to axial loads. P-Delta analysis has been a design requirement in most structural design codes for many years.

System Requirement CsiPlant

Processor

Minimum: Intel Pentium 4 or AMD Athlon 64
Recommended: 9th generation Intel Core i5/i7/i9, AMD Ryzen 5/7/9 with Zen 2 architecture, or better desktop CPU
A 64-bit CPU is required
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.

Operating System

Microsoft^® Windows 10 or 11 (64 bit)

Video Card

Minimum: Supporting 1024 by 768 resolution
Recommended: Discrete video card with NVIDIA GPU or equivalent and dedicated graphics RAM (512 Mb or larger) for DirectX graphics mode. The card must be DirectX 11 Compatible.
DirectX graphics mode fully utilizes the hardware acceleration provided by a GPU and dedicated graphics RAM.
For better graphics quality in terms of anti-aliasing and line thickness, the device raster drawing capabilities should support legacy depth bias.

Memory

Minimum: 8 GB RAM
The problem size that can be solved and the speeds for solution & response recovery increase considerably with more RAM.

Disk Space

6 GB to install the software.
Additional space will be required for running and storing model files and analysis results, dependent upon the size of the models
Recommended: 500GB or larger PCIe Solid State Drive (SSD). External and network drives are not recommended.

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