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Table of Contents
Part 1: Introduction
Nondestructive Testing for Remanufacturing
State of the Art of Metal Magnetic Memory Technique
Part 2: Detection on Damages of Ferromagnetic Remanufacturing Cores- Stress Induces MMM signals- Frictional Wear Induces MMM Signals- Stress Concentration Impacts on MMM Signals- Temperature Impacts on MMM Signals
Applied Magnetic Field Strengthens MMM Signals
Part 3: Evaluation on Repairing Quality of Ferromagnetic Remanufacturing Core by MMM Technique
Characterization on Heat Residual Stress during Repairing
Detection on Damages of Remanufacturing Coating
Detection and Evaluation on Coating Interface Damages
Part 4: Engineering Applications in Remanufacturing
Detection on Damages of Waste Drive Axle Housing and Hydraulic Cylinder
Evaluation on Repair Quality of Remanufactured Crankshaft
Development of High Precision 3D MMM Signal Testing Instrument.
Nondestructive Testing for Remanufacturing
State of the Art of Metal Magnetic Memory Technique
Part 2: Detection on Damages of Ferromagnetic Remanufacturing Cores- Stress Induces MMM signals- Frictional Wear Induces MMM Signals- Stress Concentration Impacts on MMM Signals- Temperature Impacts on MMM Signals
Applied Magnetic Field Strengthens MMM Signals
Part 3: Evaluation on Repairing Quality of Ferromagnetic Remanufacturing Core by MMM Technique
Characterization on Heat Residual Stress during Repairing
Detection on Damages of Remanufacturing Coating
Detection and Evaluation on Coating Interface Damages
Part 4: Engineering Applications in Remanufacturing
Detection on Damages of Waste Drive Axle Housing and Hydraulic Cylinder
Evaluation on Repair Quality of Remanufactured Crankshaft
Development of High Precision 3D MMM Signal Testing Instrument.