Free webinar
Shake, rattle and grow – part III*
How to quantify performance of pipe supports for vibration service
*Part 1 and 2 are available on-demand, but not required to understand part 3.
Free on-demand webinar
Shake, rattle and grow – part III*
How to quantify performance of pipe supports for vibration service
*Part 1 and 2 are available on-demand, but not required to understand part 3.
Wednesday, 13 November Three time slots available
Limited number of spots Reserve yours now!
Piping vibration (and resulting fatigue failure) is one of the most common causes of hydrocarbon releases.
While several excitation mechanisms can cause vibration, all piping vibration problems have one contributing factor in common: pipe supports.
Our troubleshooting engineers are called to facilities all over the world to tackle the toughest vibration problems.
One key characteristic they observe is that some pipe supports improve vibration problems, and some don’t. In fact, some pipe support designs are found to be the root cause of vibration problems.
So how can we know which pipe supports are effective in vibratory systems? This webinar addresses this question head-on.
We will present a new methodology to quantify pipe support performance along with empirical test data on eight common pipe supports. We'll also show some videos of real pipes and supports in vibratory action.
You’ll learn how to:
Apply a new methodology to qualify pipe supports for vibrating systems
Gain engineering confidence in your pipe support selections
Solve vibration problems in your piping designs
Part 1 and 2 are available on-demand, but not required to understand part 3.
In part 1 of this course (no prerequisite), we introduced new piping stress modelling techniques for supports in vibratory service.
Part 2 (no prerequisite) provides example applications of various types of hold-down clamps along with the rationale behind selecting the right clamp for the right job.
Part 3 will discuss a methodology to evaluate pipe supports for their effectiveness in vibrating systems, and show empirical data to help in the quantification of support performance.
Who should attend
This training course is relevant to piping designers, pipe stress engineers and operators and EPC staff responsible for dealing with vibration in piping systems.
Certificate
A certificate of completion that may be submitted for professional development hour (PDH) credits* will be provided upon request at the end of the session (see feedback survey).
*This webinar is intended to assist participants in retaining and expanding their knowledge base. Wood will provide a certificate for attending the live webinar if requested at the end of the session. Acceptance as a professional development hour is at the discretion of the organisation that receives the submittal.
Meet the speakers
Presenters
Jordan Grose, PEng, BSc, MBA
Jordan is a mechanical engineer with 16 years of design, field and monitoring experience with compressors, pumps and piping systems.
Jordan currently leads Wood’s anti-vibration product group which researches and develops solutions to mitigate vibration in rotating equipment applications.
He has authored and presented numerous papers at international industry conferences.
Starr Dalton, BSc
Starr has eight years’ experience in the oil and gas industry, including five years as a project engineer on capital projects.
In her current role with Wood’s vibration group, she works closely with operators and EPCs to help them integrate anti-vibration solutions into their projects.
Starr has presented training courses and technical presentations at industry conferences throughout North America.
Timothy Bootsveld, PEng, BSc
Timothy is a mechanical engineer specialising in vibration and pipe stress design.
In his current role, he supports the development of Wood’s anti-vibration products and provides specialist advice on their application, based on his background in pulsation and finite element modelling of piping systems.
Timothy has been with Wood’s vibration, dynamics and noise team for over seven years, focusing on pipe stress and vibration analysis projects, balancing both requirements for B31.3, API 618/674 studies. He also delivers detailed training seminars on acoustical pulsation and mechanical vibration simulations.
Our vibration analysis solutions are designed by engineers for engineers, fuelled by our deep understanding of design, operational and maintenance challenges.
Email webinars@woodplc.com with any questions.
For more technical training, articles, videos and calculators, visit our vibration, dynamics and noise knowledge center.
Claim your spot
This webinar is offered three times to cover all time zones. Please select the time slot that works best for you:
Australia, Asia, Middle East, India 8 am Abu Dhabi 9.30 am Mumbai Noon Perth, KL 2 pm Brisbane
Europe, Middle East 2, Africa 2 pm London 3 pm Berlin 5 pm Riyadh, Kuwait
Americas 11 am Calgary Noon Houston, Mexico 1 pm NY, Pittsburgh, Bogota 3 pm Rio, Buenos Aires
Australia, Asia, Middle East, India 8 am Dubai 9.30 am Mumbai Noon Perth, KL 2 pm Brisbane
Europe, Middle East 2, Africa 2 pm London 3 pm Berlin 5 pm Riyadh
Americas 11 am Calgary Noon Houston, Mexico 1 pm NY, Pittsburgh, Bogota 3 pm Rio, Buenos Aires
Watch the recording
This webinar starts in
(countdown to Americas time slot, session 3/3)
Wood – copyright ©2019 | Privacy policy