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Rotor Dynamics

The course covers rotordynamics principles, API specifications, and vibration analysis. Students critique OEM reports, conduct stability and unbalance analyses, and model rotors, emphasizing accurate dynamic performance predictions to prevent economic losses and operational issues.

INSTRUCTOR: He, M.

LENGTH: 4 WEEKS

PRICE: 1200 €

About this course

Description

This course provides a comprehensive study of rotordynamics, focusing on principles, API specifications, and analysis types. Students will learn to read and critique OEM rotordynamic reports, understand vibration concerns, and conduct stability and unbalance response analyses. The course covers rotor modeling, undamped critical speed analysis, and self-excited vibrations. Practical assignments involve critiquing vendor analyses and ensuring machinery meets dynamic performance standards, emphasizing the importance of accurate predictions to mitigate economic impacts.

 

Features

Requirements

Turbomachinery basics

Effort

10 hours / week

Certificate

InIPED

What you will learn

  • Welcome and Introduction
  • Course Objectives
  • Fundamentals of Rotordynamics
  • Primary Vibrations of Concern
    • Resonance
    • Instability
  • Analysis Types
    • Lateral
    • Torsional
    • Coupled
  • Analysis Objectives
  • Basic Theories
  • SDOF and MDOF Oscillators
  • Rotor Modeling
  • Shaft Modeling
  • Special Considerations in Rotor Modeling
  • Undamped Critical Speed Analysis
  • Unbalance Response Analysis
  • Stability Analysis
    • Physical Nature of Instability
    • Destabilizing Mechanisms
    • API Stability Levels
  • Reviewing OEM Rotordynamic Reports
  • Practical Assignments

Frequent questions

Courses

Iniped

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