How Is Piping Design Implemented in Unigraphics?

[johneng]

Can someone explain how piping design is done using Unigraphics

 

[FredGarvin]

That's a very vague question. Unigraphics is simply a CAD package. It does not do the design. That's what the pipe designers are for.

Do you have a specific question?

 

[ravenprp]

Piping design is an important aspect of engineering and construction projects, as it involves the creation of detailed plans for the installation of pipes and other equipment to transport fluids or gases in a system. Unigraphics, also known as NX, is a comprehensive computer-aided design (CAD) software used in various industries, including piping design.

In Unigraphics, piping design is typically done in the following steps:

1. Creating a 3D model: The first step in piping design using Unigraphics is to create a 3D model of the desired piping system. This can be done by using the software's modeling tools to draw the pipes, fittings, valves, and other components in the correct size and orientation.

2. Defining piping specifications: Once the 3D model is created, the next step is to define the specifications for the piping system. This includes selecting the appropriate pipe sizes, materials, and pressure ratings based on the design requirements.

3. Routing the pipes: Unigraphics has powerful routing tools that allow designers to automatically route the pipes along a desired path. This can be done by selecting the start and end points, as well as any intermediate points, and the software will automatically create the necessary bends, elbows, and other fittings to connect the pipes.

4. Adding supports and hangers: Piping systems require supports and hangers to ensure they are stable and can withstand the weight of the pipes and the fluids/gases they are transporting. Unigraphics allows designers to add these supports and hangers to the piping system and adjust their positions as needed.

5. Checking for clashes: As the piping system is being designed, it is important to check for any clashes with other components in the 3D model. Unigraphics has clash detection tools that can identify any conflicts and allow designers to make necessary adjustments.

6. Creating detailed drawings: Once the piping system is complete, Unigraphics can generate detailed drawings of the design, including isometric views, section views, and bill of materials. These drawings can then be used for fabrication and installation purposes.

In summary, Unigraphics provides powerful tools and features for creating detailed and accurate piping designs, making it a popular choice among engineers and designers in various industries.