Vibration-induced fatigue, pipe stress, transient events and small-bore connections are high-risk areas requiring Wood's engineering support.
Identify high-risk locations and track anomalies with our new, complimentary software tool. Web-based, secure, confidential.
Veridian overview
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New vibration requirements for blowdown systems: Acoustic Fatigue
Overview: Static vs dynamic design requirements (pdf)
Summary: Piping vibration risk management (pdf)
Why include vibration-induced fatigue in my Asset Integrity Management (AIM) program? READ MORE (PDF)
Learn about the pros and cons of common (and some unconventional) vibration control solutions
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Learn how to identify risks and prevent failures on main line piping
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Pipe stress and vibration design – new piping stress modeling techniques for more accurate designs
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New methods to find and track vibration threats in small-bore piping and tubing
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Small-bore and mainline piping vibration: a common integrity issue for owners.
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How web tools enable effective piping vibration management
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API Std 521 for pressure relief and blowdown valves
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Piping vibration analysis per EI 2008 Guidelines for the avoidance of vibration-induced fatigue failure (AVIFF).
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Advanced vibration analysis including pulsation, resonance, stress and transients
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Easily avoid integrity risks that result from many different sources.
View MoreWood’s line of anti-vibration products provide unique solutions to the most-challenging piping fatigue risks and vibration problems.
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Reciprocating compressor system design: how to avoid pulsation pitfalls in suction and discharge piping systems
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New standards and solutions for piping in vibratory service
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How to select the right pipe clamp to control vibration and allow thermal growth
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How to quantify performance of pipe supports for vibration service
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