AutoPIPE Nuclear
Critical design features for safety and shortens nuclear piping design cycles
AutoPIPE Nuclear is an intelligent analysis and design application built to calculate pipe stress, loads, and deflections specifically for nuclear structure.

AutoPIPE Nuclear Expanding on the analysis capabilities in AutoPIPE Advanced, AutoPIPE Nuclear also provides fatigue analysis, high energy leakage and crack detection, and thermal transient analysis.

Includes Everything from AutoPIPE Advanced incuding:

  1. Nucear Analysis
  2. Nuclear Codes
  3. Fatigue Analysis
  4. Thermal transient analysis

PIPES AND NUCLEAR POWER PLANTS

Given the movement required of water and steam through a nuclear power plant, piping systems are naturally an essential part of how nuclear power plants work.

Pipes perform numerous vital functions at nuclear power plants including:

1. Carrying cooling water to the reactor vessel and spent fuel pool
2. Transport steam to the main turbine
3. Provide hydrogen gas to cool the main generators
4. Supply fuel and lubricating oil to the emergency diesel generators
5. Maintain the fire sprinklers ready to extinguish fires
6. Ancillary tasks such as water supply

 

All these tasks may come as a surprise to some people as the pipelines within nuclear power plants are not always that easily seen and they are usually hidden from view. However, the average nuclear reactor plant will have more than seven miles of pipe inside it.

The conditions in which these pipes must perform are considered to be extremely hostile due to the constantly high pressures and temperatures. These means that the pipes must be made of some of the highest quality material available, such as the stainless steel and nickel alloy pipes sourced and supplied by Special Piping Materials.

“Bentley’s software provides engineering-friendly capabilities that allow us to model and analyze complex problems, such as soil-pipe interaction, as well as to obtain the structural behavior of submarine pipelines that help us to make informative decisions about the recommended geometry of the pipeline and the minimum dimensions of the trench.”
– Roberto Chávez Argüelles
CEO, GEOMSA

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