Rotordynamics
(ไดนามิกของโรเตอร์)
Definition
Rotordynamics (ไดนามิกของโรเตอร์) Hard Skill
Rotordynamics is the study of the dynamic behavior and vibration characteristics of rotating machinery components such as shafts, rotors, and turbines, aimed at predicting and mitigating operational issues due to imbalance, misalignment, and resonance.
Expertise Level
Level 1
Basic
1. Understands fundamental concepts of rotating machinery and basic vibration principles.
2. Can identify common rotor components and their functions.
3. Aware of basic causes of rotor imbalance and vibration.
Level 2
Intermediate
1. Can analyze rotor vibration data and diagnose common rotor dynamic issues.
2. Applies basic rotordynamic modeling techniques to predict behavior.
3. Understands effects of unbalance, misalignment, and bearing dynamics on rotor performance.
Level 3
Advanced
1. Expert in advanced rotordynamics simulation and troubleshooting complex vibration problems.
2. Designs and implements corrective actions to optimize rotor system stability and reliability.
3. Integrates rotordynamic analysis into machine design and maintenance strategies.
