Module NameDownloadDescriptionDownload Size
Overview of Engineering Fracture MechanicsVideo Content - EFMVideo Content - EFM134
Module NameDownloadDescriptionDownload Size
Discussion Session - IDiscussion Session - I Questions and AnswersList of Questions Discussed in Discussion Session – I47
Discussion Session - IIDiscussion Session - II Questions and AnswersList of Questions Discussed in Discussion Session – II44


Sl.No Chapter Name MP4 Download
1EFM Course OutlineDownload
2Spectacular FailuresDownload
3Lessons from Spectacular FailuresDownload
4LEFM and EPFMDownload
5Fracture Mechanics is HolisticDownload
6Fatigue Crack Growth ModelDownload
7Crack Growth and Fracture MechanismsDownload
8Elastic Strain EnergyDownload
9Fracture Strength by GriffithDownload
10Energy Release RateDownload
11Utility of Energy Release RateDownload
12Pop-in PhenomenonDownload
13Displacement and Stress FormulationsDownload
14Forms of Stress FunctionsDownload
15Airy’s Stress Function for Mode-IDownload
16Westergaard Solution of Stress Field for Mode-IDownload
17Displacement Field for Mode-IDownload
18Relation between KI and GIDownload
19Stress Field in Mode-IIDownload
20Generalised Westergaard ApproachDownload
21William’s Eigen Function ApproachDownload
22Multi-parameter Stress Field EquationsDownload
23Validation of Multi-parameter Field EquationsDownload
24Discussion Session-IDownload
25Evaluation of SIF for Various GeometriesDownload
26SIF for Embedded CracksDownload
27SIF for Surface CracksDownload
28Modeling of Plastic DeformationDownload
29Irwin’s ModelDownload
30Dugdale ModelDownload
31Fracture Toughness TestingDownload
32Plane Strain Fracture Toughness TestingDownload
33Plane Stress Fracture Toughness TestingDownload
34Paris Law and Sigmoidal CurveDownload
35Crack ClosureDownload
36Crack Growth ModelsDownload
37J-IntegralDownload
38HRR Field and CTODDownload
39FAD and Mixed Mode FractureDownload
40Crack Arrest and Repair MethodologiesDownload
41Discussion Session - IIDownload

Sl.No Chapter Name English
1EFM Course OutlineDownload
Verified
2Spectacular FailuresDownload
Verified
3Lessons from Spectacular FailuresDownload
Verified
4LEFM and EPFMDownload
Verified
5Fracture Mechanics is HolisticDownload
Verified
6Fatigue Crack Growth ModelDownload
Verified
7Crack Growth and Fracture MechanismsDownload
Verified
8Elastic Strain EnergyDownload
Verified
9Fracture Strength by GriffithDownload
Verified
10Energy Release RateDownload
Verified
11Utility of Energy Release RateDownload
Verified
12Pop-in PhenomenonDownload
Verified
13Displacement and Stress FormulationsDownload
Verified
14Forms of Stress FunctionsDownload
Verified
15Airy’s Stress Function for Mode-IDownload
Verified
16Westergaard Solution of Stress Field for Mode-IDownload
Verified
17Displacement Field for Mode-IDownload
Verified
18Relation between KI and GIDownload
Verified
19Stress Field in Mode-IIDownload
Verified
20Generalised Westergaard ApproachDownload
Verified
21William’s Eigen Function ApproachDownload
Verified
22Multi-parameter Stress Field EquationsDownload
Verified
23Validation of Multi-parameter Field EquationsDownload
Verified
24Discussion Session-IDownload
Verified
25Evaluation of SIF for Various GeometriesDownload
Verified
26SIF for Embedded CracksDownload
Verified
27SIF for Surface CracksDownload
Verified
28Modeling of Plastic DeformationDownload
Verified
29Irwin’s ModelDownload
Verified
30Dugdale ModelDownload
Verified
31Fracture Toughness TestingDownload
Verified
32Plane Strain Fracture Toughness TestingDownload
Verified
33Plane Stress Fracture Toughness TestingDownload
Verified
34Paris Law and Sigmoidal CurveDownload
Verified
35Crack ClosureDownload
Verified
36Crack Growth ModelsDownload
Verified
37J-IntegralDownload
Verified
38HRR Field and CTODDownload
Verified
39FAD and Mixed Mode FractureDownload
Verified
40Crack Arrest and Repair MethodologiesDownload
Verified
41Discussion Session - IIDownload
Verified
Sl.No Chapter Name Gujarati
1EFM Course OutlineDownload
2Spectacular FailuresDownload
3Lessons from Spectacular FailuresDownload
4LEFM and EPFMDownload
5Fracture Mechanics is HolisticDownload
6Fatigue Crack Growth ModelDownload
7Crack Growth and Fracture MechanismsDownload
8Elastic Strain EnergyDownload
9Fracture Strength by GriffithDownload
10Energy Release RateDownload
11Utility of Energy Release RateDownload
12Pop-in PhenomenonDownload
13Displacement and Stress FormulationsDownload
14Forms of Stress FunctionsDownload
15Airy’s Stress Function for Mode-IDownload
16Westergaard Solution of Stress Field for Mode-IDownload
17Displacement Field for Mode-IDownload
18Relation between KI and GIDownload
19Stress Field in Mode-IIDownload
20Generalised Westergaard ApproachDownload
21William’s Eigen Function ApproachDownload
22Multi-parameter Stress Field EquationsDownload
23Validation of Multi-parameter Field EquationsDownload
24Discussion Session-IDownload
25Evaluation of SIF for Various GeometriesDownload
26SIF for Embedded CracksDownload
27SIF for Surface CracksDownload
28Modeling of Plastic DeformationDownload
29Irwin’s ModelDownload
30Dugdale ModelDownload
31Fracture Toughness TestingDownload
32Plane Strain Fracture Toughness TestingDownload
33Plane Stress Fracture Toughness TestingDownload
34Paris Law and Sigmoidal CurveDownload
35Crack ClosureDownload
36Crack Growth ModelsDownload
37J-IntegralDownload
38HRR Field and CTODDownload
39FAD and Mixed Mode FractureDownload
40Crack Arrest and Repair MethodologiesDownload
41Discussion Session - IIDownload
Sl.No Chapter Name Hindi
1EFM Course OutlineDownload
2Spectacular FailuresDownload
3Lessons from Spectacular FailuresDownload
4LEFM and EPFMDownload
5Fracture Mechanics is HolisticDownload
6Fatigue Crack Growth ModelDownload
7Crack Growth and Fracture MechanismsDownload
8Elastic Strain EnergyDownload
9Fracture Strength by GriffithDownload
10Energy Release RateDownload
11Utility of Energy Release RateDownload
12Pop-in PhenomenonDownload
13Displacement and Stress FormulationsDownload
14Forms of Stress FunctionsDownload
15Airy’s Stress Function for Mode-IDownload
16Westergaard Solution of Stress Field for Mode-IDownload
17Displacement Field for Mode-IDownload
18Relation between KI and GIDownload
19Stress Field in Mode-IIDownload
20Generalised Westergaard ApproachDownload
21William’s Eigen Function ApproachDownload
22Multi-parameter Stress Field EquationsDownload
23Validation of Multi-parameter Field EquationsDownload
24Discussion Session-IDownload
25Evaluation of SIF for Various GeometriesDownload
26SIF for Embedded CracksDownload
27SIF for Surface CracksDownload
28Modeling of Plastic DeformationDownload
29Irwin’s ModelDownload
30Dugdale ModelDownload
31Fracture Toughness TestingDownload
32Plane Strain Fracture Toughness TestingDownload
33Plane Stress Fracture Toughness TestingDownload
34Paris Law and Sigmoidal CurveDownload
35Crack ClosureDownload
36Crack Growth ModelsDownload
37J-IntegralDownload
38HRR Field and CTODDownload
39FAD and Mixed Mode FractureDownload
40Crack Arrest and Repair MethodologiesDownload
41Discussion Session - IIDownload
Sl.No Chapter Name Malayalam
1EFM Course OutlineDownload
2Spectacular FailuresDownload
3Lessons from Spectacular FailuresDownload
4LEFM and EPFMDownload
5Fracture Mechanics is HolisticDownload
6Fatigue Crack Growth ModelDownload
7Crack Growth and Fracture MechanismsDownload
8Elastic Strain EnergyDownload
9Fracture Strength by GriffithDownload
10Energy Release RateDownload
11Utility of Energy Release RateDownload
12Pop-in PhenomenonDownload
13Displacement and Stress FormulationsDownload
14Forms of Stress FunctionsDownload
15Airy’s Stress Function for Mode-IDownload
16Westergaard Solution of Stress Field for Mode-IDownload
17Displacement Field for Mode-IDownload
18Relation between KI and GIDownload
19Stress Field in Mode-IIDownload
20Generalised Westergaard ApproachDownload
21William’s Eigen Function ApproachDownload
22Multi-parameter Stress Field EquationsDownload
23Validation of Multi-parameter Field EquationsDownload
24Discussion Session-IDownload
25Evaluation of SIF for Various GeometriesDownload
26SIF for Embedded CracksDownload
27SIF for Surface CracksDownload
28Modeling of Plastic DeformationDownload
29Irwin’s ModelDownload
30Dugdale ModelDownload
31Fracture Toughness TestingDownload
32Plane Strain Fracture Toughness TestingDownload
33Plane Stress Fracture Toughness TestingDownload
34Paris Law and Sigmoidal CurveDownload
35Crack ClosureDownload
36Crack Growth ModelsDownload
37J-IntegralDownload
38HRR Field and CTODDownload
39FAD and Mixed Mode FractureDownload
40Crack Arrest and Repair MethodologiesDownload
41Discussion Session - IIDownload
Sl.No Chapter Name Marathi
1EFM Course OutlineDownload
2Spectacular FailuresDownload
3Lessons from Spectacular FailuresDownload
4LEFM and EPFMDownload
5Fracture Mechanics is HolisticDownload
6Fatigue Crack Growth ModelDownload
7Crack Growth and Fracture MechanismsDownload
8Elastic Strain EnergyDownload
9Fracture Strength by GriffithDownload
10Energy Release RateDownload
11Utility of Energy Release RateDownload
12Pop-in PhenomenonDownload
13Displacement and Stress FormulationsDownload
14Forms of Stress FunctionsDownload
15Airy’s Stress Function for Mode-IDownload
16Westergaard Solution of Stress Field for Mode-IDownload
17Displacement Field for Mode-IDownload
18Relation between KI and GIDownload
19Stress Field in Mode-IIDownload
20Generalised Westergaard ApproachDownload
21William’s Eigen Function ApproachDownload
22Multi-parameter Stress Field EquationsDownload
23Validation of Multi-parameter Field EquationsDownload
24Discussion Session-IDownload
25Evaluation of SIF for Various GeometriesDownload
26SIF for Embedded CracksDownload
27SIF for Surface CracksDownload
28Modeling of Plastic DeformationDownload
29Irwin’s ModelDownload
30Dugdale ModelDownload
31Fracture Toughness TestingDownload
32Plane Strain Fracture Toughness TestingDownload
33Plane Stress Fracture Toughness TestingDownload
34Paris Law and Sigmoidal CurveDownload
35Crack ClosureDownload
36Crack Growth ModelsDownload
37J-IntegralDownload
38HRR Field and CTODDownload
39FAD and Mixed Mode FractureDownload
40Crack Arrest and Repair MethodologiesDownload
41Discussion Session - IIDownload
Sl.No Chapter Name Tamil
1EFM Course OutlineDownload
2Spectacular FailuresDownload
3Lessons from Spectacular FailuresDownload
4LEFM and EPFMDownload
5Fracture Mechanics is HolisticDownload
6Fatigue Crack Growth ModelDownload
7Crack Growth and Fracture MechanismsDownload
8Elastic Strain EnergyDownload
9Fracture Strength by GriffithDownload
10Energy Release RateDownload
11Utility of Energy Release RateDownload
12Pop-in PhenomenonDownload
13Displacement and Stress FormulationsDownload
14Forms of Stress FunctionsDownload
15Airy’s Stress Function for Mode-IDownload
16Westergaard Solution of Stress Field for Mode-IDownload
17Displacement Field for Mode-IDownload
18Relation between KI and GIDownload
19Stress Field in Mode-IIDownload
20Generalised Westergaard ApproachDownload
21William’s Eigen Function ApproachDownload
22Multi-parameter Stress Field EquationsDownload
23Validation of Multi-parameter Field EquationsDownload
24Discussion Session-IDownload
25Evaluation of SIF for Various GeometriesDownload
26SIF for Embedded CracksDownload
27SIF for Surface CracksDownload
28Modeling of Plastic DeformationDownload
29Irwin’s ModelDownload
30Dugdale ModelDownload
31Fracture Toughness TestingDownload
32Plane Strain Fracture Toughness TestingDownload
33Plane Stress Fracture Toughness TestingDownload
34Paris Law and Sigmoidal CurveDownload
35Crack ClosureDownload
36Crack Growth ModelsDownload
37J-IntegralDownload
38HRR Field and CTODDownload
39FAD and Mixed Mode FractureDownload
40Crack Arrest and Repair MethodologiesDownload
41Discussion Session - IIDownload


Sl.No Language Book link
1EnglishNot Available
2BengaliNot Available
3GujaratiDownload
4HindiDownload
5KannadaNot Available
6MalayalamDownload
7MarathiDownload
8TamilDownload
9TeluguNot Available