Strength of Materials (ESE) - Civil

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Language: Hinglish

Instructors: Vishal Bhatt

Validity Period: 120 days

₹3500 37.17% OFF

₹1863.56 excluding GST

PREVIEW  

Why this course?

Description

 Solid Mechanics:

Elastic constants, Stress, plane stress, Strains, plane strain, Mohr’s circle of stress and strain, Elastic theories of failure, Principal Stresses, Bending, Shear and Torsion.

Course Curriculum

1. Introduction (10:00)
1 content (2 pages)
1. Introduction (10:00)
Stresses and Strains
1.1 Stresses (34:00) Preview
1.1 stresses (7 pages)
1.2 Stress Tensors (34:00) Preview
1.2 stress tensor (6 pages)
1.3 Stress Strain (30:00) Preview
1.3 stress strain ms (5 pages)
1.4 Stress Strain II (27:00) Preview
1.4 true stress strain (6 pages)
1.5 Material Properties (48:00) Preview
1.5 materialproperties (10 pages)
1.6 Practice Questions (22:00)
1.6 pq1 (6 pages)
1.7 Practice Questions (10:00)
1.7 pq2 (4 pages)
1.8 Practice Questions (12:00)
1.8 pq3 (4 pages)
1.9 Practice Questions (10:00)
1.9 pq4 (4 pages)
1.10 Practice Questions (16:00)
1.10 pq5 (4 pages)
1.11 Tapered Rod (25:00)
1.11 tapered (6 pages)
1.12 Composite Beams (21:00)
1.12 composite (5 pages)
1.13 Practice Questions (18:00)
1.13 self weight (4 pages)
Temperature Stresses
1.14 Temperature Stresses (21:00)
1.14 temp 1 (3 pages)
1.15 Practice Questions (26:00)
1.15 temp 2 (6 pages)
1.16 Practice Questions (11:00)
1.16 temp3 (4 pages)
Elastic Constants
1.17 Volumetric Strain & Poissons Ratio (31:00)
1.17 volumetric strain (9 pages)
1.18 Practice Questions (22:00)
1.18 pq (5 pages)
1.19 Practice Questions (10:00)
1.19 pq (4 pages)
1.20 Shear Modulus (32:00)
1.20 shear modulus (9 pages)
1.21 Bulk Modulus (7:00)
1.21 bulk modulus (3 pages)
1.22 Practice Questions (12:00)
1.22 pq (5 pages)
1.23 Indeterminate Structures (33:00)
1.23 pq indeterminate (7 pages)
ESE Questions
1.24 ESE I (23:00)
1.25 ESE II (8:00)
1.26 ESE III (20:00)
1.27 ESE IV (28:00)
1.28 ESE V (26:00)
1.29 ESE VI (18:00)
1.30 ESE VII (18:00)
1.31 ESE VIII (18:00)
1.32 ESE IX (13:00)
1.16 GATE Questions (11:00)
1.17 GATE Solutions 2 (11:00)
1.18 GATE Solutions 3 (12:00)
1.19 GATE Questions
1.20 GATE Question
SFD BMD
2.1 SFD & BMD (38:00)
2.2 cantilever- point load (35:00)
2.2 Cantilever point load (6 pages)
2.3 Cantilever with UDL (37:00)
2.3 cantilever udl (8 pages)
2.4 Cantilever with UVL (28:00)
2.4 cantilever uvl (8 pages)
2.5 SSB Point Load (18:00)
2.5 simply supported point load center (9 pages)
2.6 SSB UDL (34:00)
2.6 SSB with udl (6 pages)
2.7 SSB PQ (38:00)
2.7 ssb pq (7 pages)
2.8 SSB UVL (46:00)
2.9 Overhanging Beam (9:00)
2.10 PQ Overhanging Beam (19:00)
2.11 Moment- Cantilever (21:00)
2.12 Moment- SSB (18:00)
2.13 Oblique Loading (11:00)
2.14 Relation between SFD and BMD (16:00)
2.15 PQ (17:00)
2.16 Practice Question (22:00)
Frames
2.17 Frames I (16:00)
2.18 Frames II (21:00)
2.19 Frames III (18:00)
2.20 Frames IV (20:00)
2.21 Frames V (19:00)
2.22 PQ- Relation (14:00)
ESE Questions
2.23 ESE I (23:00)
2.24 ESE II (24:00)
2.26 ESE IV (21:00)
2.27 ESE V (19:00)
2.28 ESE VI (16:00)
2.21 GATE Solutions I
2.22 GATE Solutions II (17:00)
Bending and Shear Stresses
Bending Stress
3.1 Bending Equation (34:00)
3.3 Practice Questions (12:00)
3.4 Practice Questions (10:00)
3.5 PQ (10:00)
3.6 PQ (15:00)
3.7 PQ (10:00)
3.8 Practice Questions (17:00)
3.9 PQ (18:00)
3.10 Force on Partial Area (13:00)
3.11 Composite Beams (27:00)
3.12 Composite Beam PQ (15:00)
Shear Stress
3.13 Shear Stresses (20:00)
3.14 Practice Questions (8:00)
3.15 Practice Questions (13:00)
3.16 Practice Questions (9:00)
3.17 Practice Questions (12:00)
3.18 I Section (20:00)
3.19 Stress Distribution (19:00)
3.25 shear center (17:00)
Direct & Bending Stresses
3.20 Bending & Direct Stresses (37:00)
3.21 Practice Questions (14:00)
3.22 Practice Questions (12:00)
3.23 Practice Questions (11:00)
3.24 Two Way Eccentric Loading (22:00)
ESE Questions
3.27 ESE I (29:00)
3.28 ESE II (22:00)
3.29 ESE III (21:00)
3.30 ESE IV (19:00)
3.31 ESE V (16:00)
3.32 ESE VI (16:00)
3.33 ESE VII (17:00)
Deflection of Beams
Differential Equation
4.1 Deflection of Beams (13:00)
4.2 Cantilever Point Load (11:00)
4.3 Cantilever UDL (15:00)
4.4 Cantilever PQ (16:00)
4.5 Cantilever -UVL and moment (16:00)
4.6 Cantilever PQ (9:00)
4.7 Simply Supported Beams (20:00)
4.8 Macaulay Method (17:00)
4.9 Practice Questions (13:00)
Moment Area Method
4.10 Moment Area Method (13:00)
4.11 MAM-Cantilever Beam (13:00)
4.12 MAM- Practice Questions (13:00)
4.13 MAM SSB (10:00)
Conjugate Beam Method
4.14 Conjugate Beams (15:00)
4.15 Conjugate Beam-SSB (16:00)
4.16 Conjugate Beam- pq (16:00)
4.17 PQ cantilever (10:00)
4.18 PQ load deflection (19:00)
4.19 PQ (20:00)
ESE Questions
4.20 ESE I (22:00)
4.21 ESE II (27:00)
4.22 ESE III (21:00)
4.23 ESE IV (17:00)
Torsion of Shafts
5.1 Torsion of Shafts (33:00)
5.2 Practice Question I (10:00)
5.3 Practice Question II (9:00)
5.4 Practice Question III (8:00)
5.5 Torque Diagram (10:00)
5.6 Practice Questions IV (16:00)
5.7 Practice Questions V (8:00)
5.8 Practice Questions VI (14:00)
5.9 Practice Questions VII (12:00)
5.10 Practice Questions VIII (14:00)
Series & Parallel Shafts
5.11 Series and Parallel Shafts (18:00)
5.12 PQ- Series (13:00)
5.13 Parallel PQ (19:00)
Indeterminate Shafts
5.14 Indeterminate Shafts (14:00)
5.15 PQ Indeterminate (24:00)
5.16 Practice Question (15:00)
Springs
5.17 Helical Spring (14:00)
5.18 PQ (10:00)
5.19 Springs in Series (19:00)
5.20 ESE I (18:00)
5.21 ESE II (15:00)
5.22 ESE III (15:00)
5.23 ESE IV (18:00)
Strain Energy
6.1 Strain Energy (18:00)
6.2 Strain Energy in Bars (11:00)
6.3 Gradual, Sudden & impaact loaad (18:00)
6.4 Practice Questions (10:00)
6.5 Practice (13:00)
6.6 Practice Question (11:00)
6.7 Practice Questions (10:00)
6.8 Practice Question (9:00)
6.9 Strain Energy due to Bending (17:00)
6.10 Practice Question- Bending (12:00)
6.11 Practice Questions- Bending (15:00)
6.12 Maxwell Reciprocal Theorem (19:00)
6.13 Castigliano's Theorem (22:00)
6.14 Castigliano's PQ (17:00)
6.15 Casitigliano PQ (13:00)
6.16 Impact loading on Beam (13:00)
6.17 Shear & Torsional Resilience (10:00)
6.18 pq (11:00)
6.19 Practice Questions (12:00)
Principal Stresses and Strains
7.1 Principal Stresses (35:00)
7.2 PQ (16:00)
7.3 Derivation (26:00)
7.4 Practice Questions (12:00)
7.5 Practice Questions (22:00)
7.6 Practice Question (17:00)
7.7 PQ (16:00)
7.8 PQ (22:00)
7.9 Practice Questions (13:00)
7.10 Graphical Methods (23:00)
7.11 Ellipse of Stresses (23:00)
7.13 Combined Bending and Torsion (15:00)
7.14 PQ (11:00)
7.15 PQ (23:00)
Theory Of Failure I
Theory of Failure II
Thin and Thick Shells
8.1 Thin Cylinders (23:00)
8.2 PQ (11:00)
8.3 PQ (15:00)
8.4 Riveted Cylinder (14:00)
8.5 Thin Spheres (16:00)
8.6 Thick Cylinder (27:00)
8.7 PQ (11:00)
8.8 ESE (18:00)
Columns and Struts
9.1 Eulers Theory (18:00)
9.2 Eulers II (16:00)
9.3 Euler's Theory III (21:00)
9.4 PQ (10:00)
9.5 PQ (11:00)
9.6 PQ (11:00)
9.7 Rankine's formula (15:00)
9.8 Practice Questions (13:00)
1.4 STress strain II

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