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
View MoreLearn how to identify risks and prevent failures on main line piping
View MorePipe stress and vibration design – new piping stress modeling techniques for more accurate designs
View MoreNew methods to find and track vibration threats in small-bore piping and tubing
View MoreSmall-bore and mainline piping vibration: a common integrity issue for owners.
View MoreHow web tools enable effective piping vibration management
View MoreAPI Std 521 for pressure relief and blowdown valves
View MorePiping vibration analysis per EI 2008 Guidelines for the avoidance of vibration-induced fatigue failure (AVIFF).
View MoreAdvanced vibration analysis including pulsation, resonance, stress and transients
View MoreEasily 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.
View MoreReciprocating compressor system design: how to avoid pulsation pitfalls in suction and discharge piping systems
View MoreNew standards and solutions for piping in vibratory service
View MoreHow to select the right pipe clamp to control vibration and allow thermal growth
View MoreHow to quantify performance of pipe supports for vibration service
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