Learning outcomes
1. **Overview of Shaft Alignment**
- Importance and Benefits
- Applications in Various Industries
2. **Basic Concepts**
- Definition of Alignment
- Types of Misalignment (Angular, Offset, Parallel)
3. **Pre-Alignment Procedures**
- Initial Inspection
- Safety Measures
- Equipment Setup
4. **Run-Out and Rough Alignment**
- Identifying Run-Out Issues
- Performing Rough Alignment
5. **Alignment Techniques**
- Horizontal Alignment
- Dial Indicator Method
- Laser Alignment Method
- Straight Edge Method
- Vertical Alignment
- Plumb Bob Method
- Laser Alignment Method
6. **Measurement Techniques**
- Using Dial Indicators
- Using Laser Alignment Tools
- Recording and Interpreting Data
7. **Calculations for Alignment**
- Angular and Offset Calculations
- Correcting Misalignment
8. **Final Alignment Procedures**
- Fine-Tuning Alignment
- Checking for Soft Foot
9. **Thermal Growth Compensation**
- Understanding Thermal Growth
- Adjusting for Thermal Expansion
10. **Troubleshooting Misalignment Issues**
- Identifying Common Problems
- Solutions and Corrective Actions
11. **Maintenance Practices**
- Regular Inspection and Maintenance
- Documentation and Reporting
12. **Advanced Alignment Techniques**
- Tri-Point Measuring Method
- Using Strain Gauges and Load Cells
13. **Case Studies and Practical Applications**
- Real-World Examples
- Lessons Learned
14. **Emerging Technologies in Shaft Alignment**
- Innovations and Future Trends.