Advanced active thermography for weld joint inspection

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Active thermography improves defect detection in weld joints, indicating potential for automotive and aerospace applications.

This method enhances defect detection in weld joints, improving overall mechanical performance and safety.
A high-contrast map generated through thermal images allows for rapid identification of defects, streamlining inspection processes.
Using advanced algorithms, this non-destructive method significantly reduces the time and costs associated with traditional inspection techniques.
Active infrared thermography may enable easier integration into production lines, promoting efficiency in automotive and aerospace sectors.

Valentino Razza (2025) studied this question.

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View Full Paper

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Active thermography improves defect detection in weld joints, indicating potential for automotive and aerospace applications.

This method enhances defect detection in weld joints, improving overall mechanical performance and safety.
A high-contrast map generated through thermal images allows for rapid identification of defects, streamlining inspection processes.
Using advanced algorithms, this non-destructive method significantly reduces the time and costs associated with traditional inspection techniques.
Active infrared thermography may enable easier integration into production lines, promoting efficiency in automotive and aerospace sectors.

Valentino Razza (2025) studied this question.

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