Acoustic & Flow-Induced Vibration
Understand, assess and mitigate acoustic- and flow-induced vibration in piping and equipment. The course covers AIV/FIV fundamentals, Energy Institute guidelines and API practice, vibration analysis and diagnostics, mitigation design and real case studies from oil, gas and power.
At a glance
- 5 days
Who it's for
- Mechanical, process & piping engineers (oil & gas, petrochemicals, power)
- Design engineers & project managers
- Maintenance & reliability professionals
- Safety & risk specialists
- Asset integrity staff
Learning objectives
- Understand FIV and AIV fundamentals
- Identify vibration causes in piping, vessels and equipment
- Apply Energy Institute AIV/FIV guidelines and API practice
- Analyse vibration risk with frequency analysis and simulation
- Select mitigation techniques and run risk-based assessments
Detailed content
- Difference between AIV and FIV
- Failure case studies
- Standards overview (Energy Institute guidelines, API)
- Fluid dynamics fundamentals
- Vortex shedding, turbulence, pulsation
- High-risk areas
- Modelling & prediction
- Acoustic energy in piping
- Sources: high-velocity gas, relief/blowdown valves
- Screening & risk assessment
- Design modifications
- Monitoring & frequency analysis
- CFD & simulation tools
- Interpreting data to predict failure
- Supports, dampers, silencers, flow conditioners
- Reducing turbulence & resonance
- Maintenance strategies
- Industry case studies
- Workshop: assessing a complex piping system
Day-by-day agenda
A typical schedule. In-company versions are tailored to your processes, data and timing.
- Introduction to AIV & FIV
- Flow-Induced Vibration
- Acoustic-Induced Vibration
- Vibration Analysis & Diagnostics
- Mitigation Strategies
- Real-World Applications & Case Studies
- Case study, action plans and course assessment
Practice, tools and assessment
Hands-on practice
- Calculate OEE and the six big losses from a real machine log
- Failure analysis of a recent breakdown (5-Why, fishbone, FMEA)
- Build a preventive / autonomous maintenance plan for one asset
- Build a strategy map and balanced scorecard for your unit
Tools and templates you keep
- OEE calculator (Excel)
- PM schedule and CIL (clean–inspect–lubricate) sheet
- Breakdown analysis report template
- Strategy map and BSC template
How learning is assessed
- Pre- and post-course knowledge check
- Assessment of practical exercises by the trainer
- Action plan reviewed at the end of the course
Built on these standards and bodies of knowledge
- JIPM TPM pillars
- SMRP Body of Knowledge
- ISO 55000 (asset management)
How it is delivered
- Public courses in Cairo, in-company programs and live online training
- Practical exercises, case studies and examples from your sector
- Can also run as Train & Stay in Sharm El Sheikh, Hurghada or Cairo
Part of these career paths
- Maintenance, Engineering & Reliability · Practitioner
Frequently asked questions
How long is Acoustic & Flow-Induced Vibration?
The program runs 5 days. In-company versions can be adapted to your needs.
Is the course taught in Arabic or English?
Sessions are usually delivered in Arabic with English technical terms and materials. Full English delivery is available for in-company groups.
Can you run it inside our company?
Yes. In-company programs use exercises built on your own processes. Tell us the group size and preferred timing and we will send a proposal.
Will I receive a certificate?
Participants who complete the program and its assessment receive a certificate from The Excellence Center, which can be verified online.
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Get dates, fees and the full outline.
Tell us whether you are joining as an individual or planning a program for your team.