Rotordynamics and Machinery Dynamics: Critical Speeds, Rotor Stability and Balancing – Dammam, 22–26 Nov 2026
Rotordynamics and Machinery Dynamics: Critical Speeds, Rotor Stability and Balancing runs in Dammam from Sunday 22 November to Thursday 26 November 2026 (1 Week). The fee is 19,500 SAR per participant. The same programme is also scheduled in 7 other cities.
- Dates
- Length
- 1 Week
- Fee per participant
- 19,500 SAR
- Format
- In person, Dammam
- Venue
- Eastern Province five-star
- Status
- Open for registration
- Week
- 47 of 2026
- Reference
- 636_18246
This session
22–26 Nov 2026
This Rotordynamics and Machinery Dynamics: Critical Speeds, Rotor Stability and Balancing session in Dammam runs from Sunday 22 November to Thursday 26 November 2026 (week 47, Q4 2026). It is the only date in Dammam in 2026, at a fee of 19,500 SAR. Registration is open for this date. It is held in person at Eastern Province five-star.
How do I book this date?
Register online to request your place, or send us a question about this date first.
Reference for this date: 636_18246. Quote it when you contact us.
Before you book, read our cancellation policy.
Let’s talk about your next step.
Questions about this date
When does Rotordynamics and Machinery Dynamics: Critical Speeds, Rotor Stability and Balancing in Dammam start and finish?
It starts on Sunday 22 November and finishes on Thursday 26 November 2026: 1 Week.
How much does Rotordynamics and Machinery Dynamics: Critical Speeds, Rotor Stability and Balancing in Dammam cost?
The fee for this date is 19,500 SAR per participant. Please read our cancellation policy before you book.
Is this date held in person or online?
It is held in person in Dammam, at Eastern Province five-star.
What does this programme cover?
Rotordynamics and machinery dynamics decide whether a high-speed compressor, turbine or pump train can run through its speed range without resonance, rubs or self-excited whirl, yet many design audits accept vendor critical speed and stability reports without challenge, and field teams chase recurring high vibration without a rotor-bearing model. This Core Concept course trains engineers to model rotor-bearing systems, read Campbell diagrams and unbalance response plots, judge separation margins and logarithmic decrement, check torsional trains and plan multi-plane balancing. Participants produce a Rotordynamic Design Review Report for a case compressor train.
The programme outline covers:
- Introduction
- Course Objectives
- Target Audience
- Course Outline
- Day 1: Rotor-Bearing System Modelling and Natural Frequencies
- Day 2: Critical Speed Maps, Campbell Diagrams and API 684 Analysis Principles
- Day 3: Fluid-Film Bearings, Seal Forces and Rotor Stability
- Day 4: Torsional Train Analysis, Rotor Balancing and Troubleshooting Cases
- Day 5: Case Compressor Train Rotordynamic Review
- Skills You Will Gain
- Why Attend This Course
- Conclusion
Where else does this programme run?
Also scheduled in 7 other cities.
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