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Sl.No Chapter Name MP4 Download
1 Why this course?Download
2Concepts and equations in this courseDownload
3Objectives and prerequisiteDownload
4Linear AlgebraDownload
5Vector AlgebraDownload
6Representation of VectorDownload
7Concept of Force Download
8Definition of a bodyDownload
9Motion and Displacement fieldDownload
10Traction Download
11Properties of tractionDownload
12Defnition of stress tensor and linear functionDownload
13Tensor AlgebraDownload
14Meaning of components of the stress tensorDownload
15Transformation of stress componentsDownload
16Mohr's Circle derivationDownload
17Example 1: Construction of Mohr's circleDownload
18Example 2: Extremum normal and shear stressDownload
19Example 3: Transformation of stress componentsDownload
20Uniaxial stressDownload
21Hydrostatic, pure shear and deviatoric stressDownload
22Biaxial and Plane state of stressDownload
23Extreme stress for 3D stressesDownload
24Extremum shear stressDownload
25Stresses in the Octahedral planeDownload
262D Equilibrium equationsDownload
273D Equilibrium equationsDownload
28Stretch ratio and strainDownload
29Curves and arc LengthDownload
30GradientDownload
31Deformation and displacement GradientDownload
32Right Cauchy Green Deformation tensorDownload
33Homogeneous deformationDownload
34Engineering strainDownload
35Change in AngleDownload
36Transformation of strain components/ Strain RosetteDownload
37Compatibility conditionDownload
38Constitutive relationDownload
39Young's Modulus and Poisson's RatioDownload
40Shear ModulusDownload
41Bulk ModulusDownload
42Restriction on material parametersDownload
43Thermal strainDownload
44Strain energy, load potential and total potentialDownload
45Stepped shaft subjected to axial force Download
46Inhomogeneous bar subjected to axial forceDownload
47Stepped shaft subjected to raise in temperatureDownload
48Traction in member subjected to bendingDownload
49Governing equilibrium equationsDownload
50Displacement fieldDownload
51Bending equationDownload
52Radius of curvatureDownload
53Shear force and bending moment diagramDownload
54Variation of axial stressDownload
55Deflected shape and rotation of cross sectionDownload
56Expression to find shear stressDownload
57Finding centroid of a cross sectionDownload
58Parallel axis theorem and its applicationDownload
59Vertical shear stress in I sectionDownload
60Horizontal shear stress in I sectionDownload
61Connection designDownload
62Definition of shear center Download
63Shear center of Channel sectionDownload
64Expression to find shear centerDownload
65Shear force and bending moment diagramDownload
66Deflected shape and rotation of cross sectionDownload
67Finding allowable load Download
68Modified bending equationDownload
69Bending of a composite beamDownload
70Connection designDownload
71Moment of Intertia about arbitrarily oriented axisDownload
72Example: Angle sectionDownload
73Bending equation for bending about principal axisDownload
74Bending equation about arbitrary axisDownload
75Neutral axisDownload
76Load not about principal axisDownload
77Load about principal axisDownload
78Displacement fieldDownload
79Torsion equationDownload
80Example problemsDownload
81Expression relating angle of twist with torsion and shear stressDownload
82Example problems: Open sectionsDownload
83Thin walled closed sectionsDownload
84Example problems: Thin walled sectionsDownload
85Cylindrical polar coordinate systemDownload
86Displacement fieldDownload
87Governing differential equation and solutionDownload
88Example problems : Thick walled cylindrical vesselDownload
89Thin walled pressure vesselsDownload
90General PrincipalsDownload
91Different failure modesDownload
92Tresca ConditionDownload
93vonMises conditionDownload
94Maximum normal stress or rankine conditionDownload
95Mohr - Columb conditionDownload
96Drucker-Prager ConditionDownload
97General ConceptsDownload
98Euler critical load for simply supported columnDownload
99Euler critical load for column with any boundary conditionDownload
100Secant formulaDownload
101Pressure vessel and failure theoryDownload
102Determination of maximum load carrying capacity of a simple trussDownload
103Tutorial 1Download
104Tutorial 2Download
105Tutorial 3Download

Sl.No Chapter Name English
1 Why this course?Download
Verified
2Concepts and equations in this courseDownload
Verified
3Objectives and prerequisiteDownload
Verified
4Linear AlgebraDownload
Verified
5Vector AlgebraDownload
Verified
6Representation of VectorDownload
Verified
7Concept of Force Download
Verified
8Definition of a bodyDownload
Verified
9Motion and Displacement fieldDownload
Verified
10Traction Download
Verified
11Properties of tractionDownload
Verified
12Defnition of stress tensor and linear functionDownload
Verified
13Tensor AlgebraDownload
Verified
14Meaning of components of the stress tensorDownload
Verified
15Transformation of stress componentsDownload
Verified
16Mohr's Circle derivationDownload
Verified
17Example 1: Construction of Mohr's circleDownload
Verified
18Example 2: Extremum normal and shear stressDownload
Verified
19Example 3: Transformation of stress componentsDownload
Verified
20Uniaxial stressDownload
Verified
21Hydrostatic, pure shear and deviatoric stressDownload
Verified
22Biaxial and Plane state of stressDownload
Verified
23Extreme stress for 3D stressesDownload
Verified
24Extremum shear stressDownload
Verified
25Stresses in the Octahedral planeDownload
Verified
262D Equilibrium equationsDownload
Verified
273D Equilibrium equationsDownload
Verified
28Stretch ratio and strainDownload
Verified
29Curves and arc LengthDownload
Verified
30GradientDownload
Verified
31Deformation and displacement GradientDownload
Verified
32Right Cauchy Green Deformation tensorDownload
Verified
33Homogeneous deformationDownload
Verified
34Engineering strainDownload
Verified
35Change in AngleDownload
Verified
36Transformation of strain components/ Strain RosetteDownload
Verified
37Compatibility conditionDownload
Verified
38Constitutive relationDownload
Verified
39Young's Modulus and Poisson's RatioDownload
Verified
40Shear ModulusDownload
Verified
41Bulk ModulusDownload
Verified
42Restriction on material parametersDownload
Verified
43Thermal strainDownload
Verified
44Strain energy, load potential and total potentialDownload
Verified
45Stepped shaft subjected to axial force Download
Verified
46Inhomogeneous bar subjected to axial forceDownload
Verified
47Stepped shaft subjected to raise in temperatureDownload
Verified
48Traction in member subjected to bendingDownload
Verified
49Governing equilibrium equationsDownload
Verified
50Displacement fieldDownload
Verified
51Bending equationDownload
Verified
52Radius of curvatureDownload
Verified
53Shear force and bending moment diagramDownload
Verified
54Variation of axial stressDownload
Verified
55Deflected shape and rotation of cross sectionDownload
Verified
56Expression to find shear stressDownload
Verified
57Finding centroid of a cross sectionDownload
Verified
58Parallel axis theorem and its applicationDownload
Verified
59Vertical shear stress in I sectionDownload
Verified
60Horizontal shear stress in I sectionDownload
Verified
61Connection designDownload
Verified
62Definition of shear center Download
Verified
63Shear center of Channel sectionDownload
Verified
64Expression to find shear centerDownload
Verified
65Shear force and bending moment diagramDownload
Verified
66Deflected shape and rotation of cross sectionDownload
Verified
67Finding allowable load Download
Verified
68Modified bending equationDownload
Verified
69Bending of a composite beamDownload
Verified
70Connection designDownload
Verified
71Moment of Intertia about arbitrarily oriented axisDownload
Verified
72Example: Angle sectionDownload
Verified
73Bending equation for bending about principal axisDownload
Verified
74Bending equation about arbitrary axisDownload
Verified
75Neutral axisDownload
Verified
76Load not about principal axisDownload
Verified
77Load about principal axisDownload
Verified
78Displacement fieldDownload
Verified
79Torsion equationDownload
Verified
80Example problemsDownload
Verified
81Expression relating angle of twist with torsion and shear stressDownload
Verified
82Example problems: Open sectionsDownload
Verified
83Thin walled closed sectionsDownload
Verified
84Example problems: Thin walled sectionsDownload
Verified
85Cylindrical polar coordinate systemDownload
Verified
86Displacement fieldDownload
Verified
87Governing differential equation and solutionDownload
Verified
88Example problems : Thick walled cylindrical vesselDownload
Verified
89Thin walled pressure vesselsDownload
Verified
90General PrincipalsDownload
Verified
91Different failure modesDownload
Verified
92Tresca ConditionDownload
Verified
93vonMises conditionDownload
Verified
94Maximum normal stress or rankine conditionDownload
Verified
95Mohr - Columb conditionDownload
Verified
96Drucker-Prager ConditionDownload
Verified
97General ConceptsDownload
Verified
98Euler critical load for simply supported columnDownload
Verified
99Euler critical load for column with any boundary conditionDownload
Verified
100Secant formulaDownload
Verified
101Pressure vessel and failure theoryDownload
Verified
102Determination of maximum load carrying capacity of a simple trussDownload
Verified
103Tutorial 1PDF unavailable
104Tutorial 2PDF unavailable
105Tutorial 3PDF unavailable


Sl.No Language Book link
1EnglishNot Available
2BengaliNot Available
3GujaratiNot Available
4HindiNot Available
5KannadaNot Available
6MalayalamNot Available
7MarathiNot Available
8TamilNot Available
9TeluguNot Available