A Novelty Procedure to Identify Critical Causes of Materials Incompatibility

Area of Science:

• Materials Science
• Environmental Science
• Industrial Engineering

Background:

• Material quality and production process stability are often compromised by incompatibility issues.
• Identifying critical causes of material deterioration and environmental impact is crucial for effective intervention.

Purpose of the Study:

• To develop a novel procedure for identifying critical causes of material incompatibility.
• To create a method for analyzing the mutual influence of multiple incompatibility factors.
• To rank improvement actions for mitigating material deterioration and environmental harm.

Main Methods:

• A new procedure was developed to analyze the complex interactions between various causes of material incompatibility.
• An algorithm was designed to support the procedure, offering three distinct analysis modes.
• The procedure was validated using 410 alloy in mechanical seal production.

Main Results:

• The developed procedure effectively identifies critical causes of material incompatibility.
• A ranked list of improvement actions was generated based on the analysis.
• The method demonstrated its utility in assessing impacts on material quality and environmental health.

Conclusions:

• The novel procedure provides a systematic approach to managing material incompatibility.
• This method can be applied to a wide range of materials and industrial products.
• It enables targeted improvements for enhanced material performance and environmental sustainability.