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65 Min
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Completing "Flow Induced Vibrations for Piping Systems" advances career prospects for pipe stress engineers, designers, and operators in the oil and gas, chemical, and process industries. Professionals can transition into senior roles like Senior Pipe Stress Engineer, Vibration Specialist, or Asset Integrity Manager, or specialize in flow-induced vibration analysis, piping system optimization, and risk-based maintenance. Mastering flow-induced vibrations enhances job prospects, earning potential, and leadership opportunities, ensuring safe and reliable piping system operation and minimizing downtime risks.
What is Piping Vibration?
Causes and Effects of Piping Vibration
What is Flow Induced Vibration?
Causes and Effects of Flow Induced Vibration
Steps for Flow Induced Vibration Analysis
Mitigation Options for Flow Induced Vibration Study
FIV or Flow Induced Vibration is a serious problem which has the potential to cause pipework and support failure thus impacting the structural integrity of the piping system. So, FIV study has become more important in recent times and many organizations made it mandatory to perform FIV assessment during detailed design phase. In this course we will explain the basics theory of Flow induced vibration, Steps for FIV Analysis, and Finally some mitigative options.
Industry domains :
Engineering Disciplines :
1
Introduction :
Introduction to Flow Induced Vibration
2
What is Flow Induced Vibration? :
Flow Induced Vibration Basic Theory
3
Analysis of Flow Induced Vibration :
FIV Study based on Energy Institute Guidelines
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