---
title: "Validated Computational Solutions: Pipe Vibrations and Design Analysis"
description: Most common power plant steam line pipe vibrations are mechanical or flow/acoustical induced. Conduct  Acoustic Analysis of component where detected.
image: https://www.fauske.com/hubfs/N-15-05_Validated_Computational_Solutions_for_Pipe_Vibration_and_Design_Analysis_0527_Page_3.jpg
---

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**By: Jens Conzen, Manager, Structural Services & Vibration, Fauske & Associates, LLC,  
Pascal Veber, PhD, CEO, Onsala Ingenjörsbyrå AB and Erik Bernesson, Co-owner, BerDiz Consulting AB**

**[![N-15-05_Validated_Computational_Solutions_for_Pipe_Vibration_and_Design_Analysis_0527_Page_1](https://www.fauske.com/hs-fs/hubfs/N-15-05_Validated_Computational_Solutions_for_Pipe_Vibration_and_Design_Analysis_0527_Page_1.jpg?width=500&name=N-15-05_Validated_Computational_Solutions_for_Pipe_Vibration_and_Design_Analysis_0527_Page_1.jpg "N-15-05_Validated_Computational_Solutions_for_Pipe_Vibration_and_Design_Analysis_0527_Page_1")](https://www.fauske.com/hubfs/N-15-05_Validated_Computational_Solutions_for_Pipe_Vibration_and_Design_Analysis_0527.pdf)  **

**[![N-15-05_Validated_Computational_Solutions_for_Pipe_Vibration_and_Design_Analysis_0527_Page_2](https://www.fauske.com/hs-fs/hubfs/N-15-05_Validated_Computational_Solutions_for_Pipe_Vibration_and_Design_Analysis_0527_Page_2.jpg?width=500&name=N-15-05_Validated_Computational_Solutions_for_Pipe_Vibration_and_Design_Analysis_0527_Page_2.jpg "N-15-05_Validated_Computational_Solutions_for_Pipe_Vibration_and_Design_Analysis_0527_Page_2")](https://www.fauske.com/hubfs/N-15-05_Validated_Computational_Solutions_for_Pipe_Vibration_and_Design_Analysis_0527.pdf)**

**[![N-15-05_Validated_Computational_Solutions_for_Pipe_Vibration_and_Design_Analysis_0527_Page_3](https://www.fauske.com/hs-fs/hubfs/N-15-05_Validated_Computational_Solutions_for_Pipe_Vibration_and_Design_Analysis_0527_Page_3.jpg?width=500&name=N-15-05_Validated_Computational_Solutions_for_Pipe_Vibration_and_Design_Analysis_0527_Page_3.jpg "N-15-05_Validated_Computational_Solutions_for_Pipe_Vibration_and_Design_Analysis_0527_Page_3")](https://www.fauske.com/hubfs/N-15-05_Validated_Computational_Solutions_for_Pipe_Vibration_and_Design_Analysis_0527.pdf)  **

**[![N-15-05_Validated_Computational_Solutions_for_Pipe_Vibration_and_Design_Analysis_0527_Page_4](https://www.fauske.com/hs-fs/hubfs/N-15-05_Validated_Computational_Solutions_for_Pipe_Vibration_and_Design_Analysis_0527_Page_4.jpg?width=500&name=N-15-05_Validated_Computational_Solutions_for_Pipe_Vibration_and_Design_Analysis_0527_Page_4.jpg "N-15-05_Validated_Computational_Solutions_for_Pipe_Vibration_and_Design_Analysis_0527_Page_4")](https://www.fauske.com/hubfs/N-15-05_Validated_Computational_Solutions_for_Pipe_Vibration_and_Design_Analysis_0527.pdf)**

[Pipe stress, pipe vibrations, pipe analysis](https://www.fauske.com/nuclear/structural-engineering),[ RELAP5](https://www.fauske.com/nuclear/relap-transient-analysis), nuclear relap, Extended Power Uprates, EPUs, root cause analysis, nuclear plant, computational fluid dynamics, CFD,[ piping system, pipestress analysis](https://www.fauske.com/nuclear/seismic-walkdowns), emergency relief system, ERS,  [process hazards analysis](https://www.fauske.com/chemical-industrial/risk-management-services)

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