Module NameDownload

Sl.No Chapter Name English
1Lec 1: Composite Materials - IntroductionDownload
Verified
2Lec 2: Composite Materials - ClassificationDownload
Verified
3Lec 3: Anisotropic ElasticityPDF unavailable
4Lec 4: Orthotropic MaterialsDownload
Verified
5Lec 5: Hooke’s Law for 2D LaminaPDF unavailable
6Lec 6: Engineering Constants for 2D LaminaPDF unavailable
7Lec 7: Strength Failure Criteria - Part IPDF unavailable
8Lec 8: Strength Failure Criteria - Part IIPDF unavailable
9Lec 9: Hygrothermal Behavior of LaminaPDF unavailable
10Lec 10: Introduction and TerminologiesPDF unavailable
11Lec 11: Evaluation of Elastic ModuliPDF unavailable
12Lec 12: Evaluation of Longitudinal StrengthPDF unavailable
13Lec 13: Evaluation of Transverse and Shear StrengthsPDF unavailable
14Lec 14: Evaluation of Hygrothermal PropertiesPDF unavailable
15Lec 15: Elasticity ApproachPDF unavailable
16Lec 16: Experimental EvaluationPDF unavailable
17Lec 17: Laminate - IntroductionPDF unavailable
18Lec 18: Classical Lamination Theory – Part IPDF unavailable
19Lec 19: Classical Lamination Theory – Part IIPDF unavailable
20Lec 20: Response of Laminate – Significance of ABBDPDF unavailable
21Lec 21: Special Classes of LaminatesPDF unavailable
22Lec 22: Engineering Constants of LaminatesPDF unavailable
23Lec 23: Hygrothermal Behaviour of LaminatesPDF unavailable
24Lec 24: Analysis of LaminatesPDF unavailable
25Lec 25: Failure of LaminatesPDF unavailable
26Lec 26: Failure Analysis under Combined LoadingPDF unavailable
27Lec 27: Design Example IPDF unavailable
28Lec 28: Design Example IIPDF unavailable
29Lec 29: Interlaminar Stresses- DelaminationPDF unavailable
30Lec 30: Prediction of DelaminationPDF unavailable
31Lec 31: Transverse DeflectionPDF unavailable
32Lec 32: Buckling and Free VibrationPDF unavailable


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