PipeCAD Project

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PipeCAD Project Keywords. PipeCAD, 3D pipeline design software, fitting library. 1. Introduction: Since PipeCAD is designed for small to medium-sized pipeline design projects, it is designed to be easy to deploy, allowing it to be used right after installation. First, release the stand-alone version of the program, that is, one project with one database file. The software consists of two modules: the standard fitting library module Paragon and the design modeling module Design. In the fitting library module, all fittings, profiles, etc. are defined in a parametric manner. In the design module, data on fittings and profiles defined by standard fitting modules is used to create models of structures, equipment, and pipelines. 2. Login provides project login functionality as well as engineering database management capabilities. Such as creating projects, modifying projects, and deleting projects. The module is selected from the Module dropdown menu; Paragon is the standard fitting library module, while Design is the design modeling module. 3. The Paragon standard fitting library module follows a PDMS-consistent design philosophy, establishing models of standard components such as fittings and profiles in a parametric manner: that is, it uses sets of points, shape sets, and parameter sets to represent a standard component. Simplify level management by adopting a method similar to the original Catview for managing pipeline levels and structural profile levels. It is possible to select all or some of the fittings within a Category and add them to a Specification level. 4. With standard fitting and profile grade data available, it is possible to create design models of factories in the Design module. Factory models mainly include the following types based on the design process: l Axis grid: to facilitate the positioning of models from various specialties ； l Equipment: various towers, heat exchangers, tanks, etc.; the equipment includes nozzles to facilitate pipeline positioning ； l Structure: Frame structure, platforms, railings, ladders, etc ； l Piping: Models of pipes, ducts, etc ； l Hanger&Support: Supports for pipes, ducts, etc ； All the creation and modification functions for these models are integrated into the Design module. At the same time, design results—drawings—can be directly generated from the design model. Such as pipeline layout diagrams, pipeline ISO diagrams, etc. Piping layout diagram, Piping ISO diagram. 5. Conclusion: Focusing on the two modules of PipeCAD – Paragon and Design – it offers users a streamlined, self-developed 3D piping design software that does not rely on AutoCAD. Through parameterization, similar to PDMS’ Paragon module, various fittings and profiles can be defined flexibly. In the design module, modeling is carried out through hierarchical driving to improve modeling efficiency. A 3D graphics platform that does not rely on AutoCAD, making the program more sophisticated and its installation and deployment simpler. We are committed to developing domestic 3D pipeline design software; feel free to share any comments or suggestions you may have.