Modules / Lectures

Module Name | Download |
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noc18_me58_Assignment1 | noc18_me58_Assignment1 |

noc18_me58_Assignment10 | noc18_me58_Assignment10 |

noc18_me58_Assignment11 | noc18_me58_Assignment11 |

noc18_me58_Assignment12 | noc18_me58_Assignment12 |

noc18_me58_Assignment13 | noc18_me58_Assignment13 |

noc18_me58_Assignment2 | noc18_me58_Assignment2 |

noc18_me58_Assignment3 | noc18_me58_Assignment3 |

noc18_me58_Assignment4 | noc18_me58_Assignment4 |

noc18_me58_Assignment5 | noc18_me58_Assignment5 |

noc18_me58_Assignment6 | noc18_me58_Assignment6 |

noc18_me58_Assignment7 | noc18_me58_Assignment7 |

noc18_me58_Assignment8 | noc18_me58_Assignment8 |

noc18_me58_Assignment9 | noc18_me58_Assignment9 |

Sl.No | Chapter Name | English |
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1 | Lecture 01: Basics of composite materials | Download To be verified |

2 | Lecture 02: Different type of Fibers | Download To be verified |

3 | Lecture 03: Properties of single layer continuous fiber composites | Download To be verified |

4 | Lecture 04:Properties of single layer continuous fiber composites | Download To be verified |

5 | Lecture 05:Strength of single layer continuous fiber composites | Download To be verified |

6 | Lecture 06:Strength of single layer continuous fiber composites | Download To be verified |

7 | Lecture 07: Concept of Tensor. | Download To be verified |

8 | Lecture 08: General Anisotropic Material. | Download To be verified |

9 | Lecture 09:Specially Orthotropic Material. | Download To be verified |

10 | Lecture 10:Specially Orthotropic Material Under Plane Stress. | Download To be verified |

11 | Lecture 11:Stress and Strain Transformation. | Download To be verified |

12 | Lecture 12:Transformation of Stiffness and Compliance Matrices. | Download To be verified |

13 | Lecture 13: Strain – Displacement relations | Download To be verified |

14 | Lecture 14: Relations for stress and strain along thickness of laminate | Download To be verified |

15 | Lecture 15: Stress – Strain variation along Laminate thickness | Download To be verified |

16 | Lecture 16: Force and Moment resultant (Part - 1) | Download To be verified |

17 | Lecture 17: Force and Moment resultant (Part - 2) | Download To be verified |

18 | Lecture 18:Important observation related to [A], [B] and [D] matrices. | Download To be verified |

19 | Lecture 19: Quasi-Isotropic Laminates. | Download To be verified |

20 | Lecture 20: Maximum Stress Theory. | Download To be verified |

21 | Lecture 21: Maximum Strain Theory | Download To be verified |

22 | Lecture 22: Importance of Sign of Shear Stress. | Download To be verified |

23 | Lecture 23: Failure Initiation in Composite Laminate. | Download To be verified |

24 | Lecture 24: Progressive Failure of Laminae in A Laminate. | Download To be verified |

25 | Lecture 25: Governing equations for composite plates | Download To be verified |

26 | Lecture 26: Force equilibrium in Z-direction | Download To be verified |

27 | Lecture 27: Moment equilibrium equations | Download To be verified |

28 | Lecture 28: Equilibrium equations for composite plates | Download To be verified |

29 | Lecture 29: Boundary conditions associated with different edges of composite plate (Part-1) | Download To be verified |

30 | Lecture 30: Boundary conditions associated with different edges of composite plate(Part-2) | Download To be verified |

31 | Lecture 31: Generalized Solution for Semi-Infinite Plate: Part-I | Download To be verified |

32 | Lecture 32: Generalized Solution for Semi-Infinite Plate: Part-II | Download To be verified |

33 | Lecture 33: Particular Solution for Semi-Infinite Plate: Case A | Download To be verified |

34 | Lecture 34: Particular Solution for Semi-Infinite Plate: Case B | Download To be verified |

35 | Lecture 35: Particular Solution for Semi-Infinite Plate: Case C | Download To be verified |

36 | Lecture 36: Particular Solution for Semi-Infinite Plate: Case D | Download To be verified |

37 | Lecture 37: Solution for governing equation related to semi-infinite composite plate | PDF unavailable |

38 | Lecture 38: Nature of displacement u0(x) and how it gets influence by important parameters of lamination sequence | PDF unavailable |

39 | Lecture 39: Semi-infinite plate loaded in the x-direction(Part-1) | PDF unavailable |

40 | Lecture 40: Semi-infinite plate loaded in the x-direction(Part-2) | PDF unavailable |

41 | Lecture 41: Thermal effects in composite laminates (Part-1) | PDF unavailable |

42 | Lecture 42: Thermal effects in composite laminates (Part-2) | PDF unavailable |

43 | Lecture 43: Thermal effects in composite laminates (part-3) | PDF unavailable |

44 | Lecture 44: Finite Rectangular Plate. | PDF unavailable |

45 | Lecture 45: Different Boundary Conditions in Finite Rectangular Plate. | PDF unavailable |

46 | Lecture 46: Example Based On a Finite Rectangular Plate: Part-I. | PDF unavailable |

47 | Lecture 47: Example Based On a Finite Rectangular Plate: Part-II. | PDF unavailable |

48 | Lecture 48: Example Based On a Finite Rectangular Plate: Part-III. | PDF unavailable |

49 | Lecture 49: Anticlastic curvature | PDF unavailable |

50 | Lecture 50: Principle of virtual work | PDF unavailable |

51 | Lecture 51: Virtual work method: apply to beam problem | PDF unavailable |

52 | Lecture 52: Virtual work method: apply to simply supported plate | PDF unavailable |

53 | Lecture 53: Beam (two term solution) | PDF unavailable |

54 | Lecture 54: 3rd Interpretation of special Galerkin method | PDF unavailable |

55 | Lecture 55: Role of D16 and D26 Terms On Laminated Plate Response: Part-I | PDF unavailable |

56 | Lecture 56: Role of D16 and D26 Terms On Laminated Plate Response: Part-II | PDF unavailable |

57 | Lecture 57: Role of D16 and D26 Terms On Laminated Plate Response: Part-III | PDF unavailable |

58 | Lecture 58: Role of D16 and D26 Terms On Laminated Plate Response: Part-IV | PDF unavailable |

59 | Lecture 59: Free Vibration in Composite Plate: Part-I | PDF unavailable |

60 | Lecture 60: Free Vibration in Composite Plate: Part-II | PDF unavailable |

61 | Lecture 61:Buckling of composite plates | Download To be verified |

62 | Lecture 62:Force equilibrium in z-direction for buckling of composite plates | Download To be verified |

63 | Lecture 63:Moment equilibrium around x, y and z-directions for buckling of composite plates | Download To be verified |

64 | Lecture 64:Buckling of an infinitely long composite plate | Download To be verified |

65 | Lecture 65:Buckling of a simply supported finite plate | Download To be verified |

66 | Lecture 66:Composite plate under bidirectional compression | Download To be verified |

67 | Lecture 67: Shear Bucking in Rectangular Composite Plate: Part-I. | Download To be verified |

68 | Lecture 68: Shear Bucking in Rectangular Composite Plate: Part-II. | Download To be verified |

69 | Lecture 69: Introduction to Short-Fiber Composites. | Download To be verified |

70 | Lecture 70: Theories of Stress Transfer: Part-I | Download To be verified |

71 | Lecture 71: Theories of Stress Transfer: Part-II | Download To be verified |

72 | Lecture 72: Modulus of Short-Fiber Composites and Closure. | Download To be verified |

Sl.No | Language | Book link |
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1 | English | Not Available |

2 | Bengali | Not Available |

3 | Gujarati | Not Available |

4 | Hindi | Not Available |

5 | Kannada | Not Available |

6 | Malayalam | Not Available |

7 | Marathi | Not Available |

8 | Tamil | Not Available |

9 | Telugu | Not Available |