Lecture 1 - Introduction: Need and scope of failure analysis and prevention Lecture 2 - Introduction: Engineering disasters and understanding failures Lecture 3 - Fundamental sources of failures: Deficient design - I Lecture 4 - Fundamental sources of failures: Deficient design - II Lecture 5 - Fundamental sources of failures: Deficient design III and upgrading of a part Lecture 6 - Fundamental sources of failures: Imperfections in base metals Lecture 7 - Fundamental sources of failures: Improper Manufacturing - I Lecture 8 - Fundamental sources of failures: Improper Manufacturing - II Lecture 9 - Fundamental sources of failures: Improper Manufacturing - III Lecture 10 - Fundamental sources of failures: Improper Manufacturing - IV and improper service conditions Lecture 11 - Fundamental sources of failures: Poor assembly, service and maintenance Lecture 12 - Industrial engineering tool for failure analysis: Pareto diagram Lecture 13 - Industrial engineering tool for failure analysis: Fishbone diagram and FMEA Lecture 14 - Industrial engineering tool for failure analysis: FMEA Lecture 15 - Industrial engineering tool for failure analysis: Fault tree analysis Lecture 16 - Industrial engineering tool for failure analysis: Reliability - I Lecture 17 - Industrial engineering tool for failure analysis: Reliability - II Lecture 18 - General procedure of failure analysis: Steps Lecture 19 - General procedure of failure analysis: Background information collection Lecture 20 - General procedure of failure analysis: Preliminary examination Lecture 21 - General procedure of failure analysis: NDT for failure analysis Lecture 22 - General procedure of failure analysis: Destructive testing Lecture 23 - General procedure of FA: DT, selection, preservation, cleaning and sectioning of samples Lecture 24 - General procedure of failure analysis: Macroscopy of fracture surfaces - I Lecture 25 - General procedure of failure analysis: Macroscopy of fracture surfaces - II Lecture 26 - General procedure of failure analysis: Macroscopy of fracture surfaces - III Lecture 27 - General procedure of failure analysis: Macroscopy of fracture surfaces - IV Lecture 28 - General procedure of failure analysis: Microscopy of fracture surfaces Lecture 29 - General procedure of failure analysis: Metallography of failed components Lecture 30 - General procedure of failure analysis: Determination of type of fracture - I Lecture 31 - General procedure of failure analysis: Determination of type of fracture - II Lecture 32 - General procedure of FA: Determination of type of fracture III and chemical analysis Lecture 33 - General procedure of failure analysis: Application of fracture mechanics - I Lecture 34 - General procedure of failure analysis: Application of fracture mechanics - II Lecture 35 - General procedure of FA: Simulated test service conditions and analysis of evidences Lecture 36 - General procedure of failure analysis: Question for analysis Lecture 37 - General procedure of FA: Reporting failure analysis and failure analysis of welded joint Lecture 38 - General procedure of failure analysis: Failure analysis of weld joint Lecture 39 - General procedure of failure analysis: Examples of failure analysis Lecture 40 - General procedure of failure analysis: Embrittlement of steels Lecture 41 - Failure Analysis of Casting: Common Causes Lecture 42 - Failure Analysis of Casting: Cast Iron Sluice Valve Lecture 43 - Failure Analysis of Casting: Basics of Al-Si Alloys Lecture 44 - Failure Analysis of Casting: Al Alloy Casting Lecture 45 - Failure Analysis of Casting: Steel Casting Lecture 46 - Failure Analysis of Forming: Forming Related Issues Lecture 47 - Failure Analysis of Forming: Rolling Related Issues Lecture 48 - Failure Analysis of Forming: Defects in Formed Components Lecture 49 - Failure Analysis of Forming: High Strength Steel Lecture 50 - Failure Analysis of Forming: High Strength Steel Weld Joints Lecture 51 - Failure Analysis of Gear: Material, Manufacturing and Surface Condition - I Lecture 52 - Failure Analysis of Gear: Material, Manufacturing and Surface Condition - II Lecture 53 - Failure Analysis of Steel: Improper Heat Treatment Lecture 54 - Failure Analysis of Steel: Improper Case Hardening Treatment Lecture 55 - Failure Analysis of PH Aluminium Alloy: Improper Heat Treatment Lecture 56 - Failure Analysis of Weld Joints: Common Causes of Weld Joint Failure Lecture 57 - Failure Analysis of Weld Joints: Carbon Steel Lecture 58 - Failure Analysis of Weld Joints: Cracking of Steel Weld Joints Lecture 59 - Failure Analysis of Weld Joints: Austenitic Stainless Steel Weld Joints Lecture 60 - Failure Analysis of Weld Joints: Dissimilar Steel Weld Joints

Lecture 1 - Introduction: Need and scope of failure analysis and prevention Lecture 2 - Introduction: Engineering disasters and understanding failures Lecture 3 - Fundamental sources of failures: Deficient design - I Lecture 4 - Fundamental sources of failures: Deficient design - II Lecture 5 - Fundamental sources of failures: Deficient design III and upgrading of a part Lecture 6 - Fundamental sources of failures: Imperfections in base metals Lecture 7 - Fundamental sources of failures: Improper Manufacturing - I Lecture 8 - Fundamental sources of failures: Improper Manufacturing - II Lecture 9 - Fundamental sources of failures: Improper Manufacturing - III Lecture 10 - Fundamental sources of failures: Improper Manufacturing - IV and improper service conditions Lecture 11 - Fundamental sources of failures: Poor assembly, service and maintenance Lecture 12 - Industrial engineering tool for failure analysis: Pareto diagram Lecture 13 - Industrial engineering tool for failure analysis: Fishbone diagram and FMEA Lecture 14 - Industrial engineering tool for failure analysis: FMEA Lecture 15 - Industrial engineering tool for failure analysis: Fault tree analysis Lecture 16 - Industrial engineering tool for failure analysis: Reliability - I Lecture 17 - Industrial engineering tool for failure analysis: Reliability - II Lecture 18 - General procedure of failure analysis: Steps Lecture 19 - General procedure of failure analysis: Background information collection Lecture 20 - General procedure of failure analysis: Preliminary examination Lecture 21 - General procedure of failure analysis: NDT for failure analysis Lecture 22 - General procedure of failure analysis: Destructive testing Lecture 23 - General procedure of FA: DT, selection, preservation, cleaning and sectioning of samples Lecture 24 - General procedure of failure analysis: Macroscopy of fracture surfaces - I Lecture 25 - General procedure of failure analysis: Macroscopy of fracture surfaces - II Lecture 26 - General procedure of failure analysis: Macroscopy of fracture surfaces - III Lecture 27 - General procedure of failure analysis: Macroscopy of fracture surfaces - IV Lecture 28 - General procedure of failure analysis: Microscopy of fracture surfaces Lecture 29 - General procedure of failure analysis: Metallography of failed components Lecture 30 - General procedure of failure analysis: Determination of type of fracture - I Lecture 31 - General procedure of failure analysis: Determination of type of fracture - II Lecture 32 - General procedure of FA: Determination of type of fracture III and chemical analysis Lecture 33 - General procedure of failure analysis: Application of fracture mechanics - I Lecture 34 - General procedure of failure analysis: Application of fracture mechanics - II Lecture 35 - General procedure of FA: Simulated test service conditions and analysis of evidences Lecture 36 - General procedure of failure analysis: Question for analysis Lecture 37 - General procedure of FA: Reporting failure analysis and failure analysis of welded joint Lecture 38 - General procedure of failure analysis: Failure analysis of weld joint Lecture 39 - General procedure of failure analysis: Examples of failure analysis Lecture 40 - General procedure of failure analysis: Embrittlement of steels Lecture 41 - Failure Analysis of Casting: Common Causes Lecture 42 - Failure Analysis of Casting: Cast Iron Sluice Valve Lecture 43 - Failure Analysis of Casting: Basics of Al-Si Alloys Lecture 44 - Failure Analysis of Casting: Al Alloy Casting Lecture 45 - Failure Analysis of Casting: Steel Casting Lecture 46 - Failure Analysis of Forming: Forming Related Issues Lecture 47 - Failure Analysis of Forming: Rolling Related Issues Lecture 48 - Failure Analysis of Forming: Defects in Formed Components Lecture 49 - Failure Analysis of Forming: High Strength Steel Lecture 50 - Failure Analysis of Forming: High Strength Steel Weld Joints Lecture 51 - Failure Analysis of Gear: Material, Manufacturing and Surface Condition - I Lecture 52 - Failure Analysis of Gear: Material, Manufacturing and Surface Condition - II Lecture 53 - Failure Analysis of Steel: Improper Heat Treatment Lecture 54 - Failure Analysis of Steel: Improper Case Hardening Treatment Lecture 55 - Failure Analysis of PH Aluminium Alloy: Improper Heat Treatment Lecture 56 - Failure Analysis of Weld Joints: Common Causes of Weld Joint Failure Lecture 57 - Failure Analysis of Weld Joints: Carbon Steel Lecture 58 - Failure Analysis of Weld Joints: Cracking of Steel Weld Joints Lecture 59 - Failure Analysis of Weld Joints: Austenitic Stainless Steel Weld Joints Lecture 60 - Failure Analysis of Weld Joints: Dissimilar Steel Weld Joints