الأنشطة

• • Introduction to Infrared Thermography

    • Definition and Principles

    • History and Development

  • Infrared Radiation Basics

    • Electromagnetic Spectrum

    • Infrared Wavelengths and Emissivity

  • Thermographic Equipment

    • Types of Infrared Cameras

    • Camera Features and Specifications

    • Calibration and Maintenance

  • Thermographic Techniques

    • Image Capturing and Analysis

    • Emissivity Adjustment

    • Focus and Resolution

  • Applications of Infrared Thermography

    • Electrical Inspections

    • Mechanical Equipment Monitoring

    • Building Diagnostics

    • Medical and Veterinary Applications

  • Data Interpretation and Reporting

    • Reading Thermal Images

    • Identifying Anomalies

    • Creating Detailed Reports

  • Safety and Best Practices

    • Safety Considerations

    • Standard Operating Procedures

    • Ethical Practices in Thermography

  • Advanced Thermographic Techniques

    • Lock-In Thermography

    • Pulse-Echo Thermography

    • Transient Thermography

  • Case Studies and Practical Examples

    • Real-World Applications

    • Lessons Learned from Case Studies

  • Emerging Trends and Future Developments

    • Innovations in Thermographic Technology

    • Future Applications and Research Areas

• Infrared thermography is a non-contact, non-destructive testing method that uses infrared cameras to detect and measure thermal energy emitted from an object. By capturing and analyzing thermal images, thermography can identify temperature variations and potential issues in various materials and systems. This course will cover the fundamental principles, equipment, and techniques used in infrared thermography, as well as its applications in different industries such as electrical, mechanical, and building inspections.