Impact Surface TreatmentS. A. Meguid |
Contents
ElastoPlastic FiniteElement Analysis of the Fatigue Fracture | 1 |
Predicting Residual Stresses Due to ShotPeening | 11 |
Principles and Practice of CentreHole Residual Stress | 23 |
Copyright | |
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abrasive achieved aircraft airfoils alloy alloy layer Almen Intensity Almen Saturation Almen strip aluminium applied stress austenitic axial stress blades blast blast-cleaned chemical cleaning coating components compressive residual stresses compressive stress contact fatigue coverage crack growth Cranfield curves cycles depth developed diameter Dowty Rotol effective stress elastomer energy engineering fatigue strength Figure fracture gauge glass beads grit hardening hardness hole Hypalon impact gun impact treatment increase industry initial levels loading machine manufacture material maximum measurement Meguid Metal Improvement Company method nitrided nozzle operation paint parameters particle pressure prestress production removal residual compressive stress resistance S-N curves shape Shenyang shot-peening shown in Fig specifications specimens standards steel shot stress corrosion stress corrosion cracking stress field stress intensity substrate surface finish surface roughness technique Technology tensile stress titanium tube unpeened variables velocity welded Workpiece Saturation X-ray diffraction