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| Item Details | Price | ||
|---|---|---|---|
Instructors: Bhadoriya Sir
Validity Period: 365 days
2% Cashback as अमितशाही सिक्के
Why this course?
Civil Engineering Complete Course
This comprehensive Civil Engineering course is designed to build strong conceptual knowledge and practical understanding for students preparing for competitive exams as well as academic excellence.
We cover the entire syllabus in a structured and easy-to-understand manner, ensuring that no important topic is left behind. The course is suitable for beginners as well as advanced learners.
What We Offer:
Our Aim
Our mission is to provide high-quality and affordable education to every student, ensuring that financial constraints never become a barrier to success.
Note: किसी भी pdf या विडियो को आप download नही कर सकते है |
| course orientation | |||
| Student Registration form | |||
| Join our whats app group | |||
| FOUNDATION COURSE INTRODUCTION (22:00) | Preview | ||
| Building Materials & Construction | |||
| Building stone Lec 1 (72:00) | Preview | ||
| BUILDING STONE LEC 2 (67:00) | |||
| Building stone lec 3 (78:00) | |||
| Building Stone Notes (20 pages) | Preview | ||
| Bricks part 1 (32:00) | Preview | ||
| bricks part 2 (69:00) | |||
| brick part 3 (46:00) | |||
| brick part 4 (62:00) | |||
| Brick notes (20 pages) | Preview | ||
| Lime class (48:00) | |||
| Lime Notes (5 pages) | |||
| cement part 1 (66:00) | |||
| cement part 2 (50:00) | |||
| cement part 3 (77:00) | |||
| cement part 4 (34:00) | |||
| cement part 5 (73:00) | |||
| Cement class notes (21 pages) | |||
| Mortar part 1 (49:00) | |||
| mortar part 2 (29:00) | |||
| mortar part 3 (20:00) | |||
| Mortar Class Notes (8 pages) | |||
| Timber part 1 (33:00) | |||
| Timber part 2 (43:00) | |||
| Timber part 3 (57:00) | |||
| Timber part 4 (46:00) | |||
| Timber part 5 (37:00) | |||
| Timber part 6 (65:00) | |||
| Timber Class Notes | |||
| paint part 1 (50:00) | |||
| paint part 2 (47:00) | |||
| Paint Class Notes (10 pages) | |||
| RCC (Reinforced Cement Concrete ) | |||
| 1. Introduction of PCC & RCC (43:00) | |||
| 2. Basic Material of RCC (32:00) | |||
| RCC 1 & 2 (30 pages) | |||
| 3. Grade of Concrete (42:00) | |||
| RCC 3 (18 pages) | |||
| 4. Types of Exposure Conditions (45:00) | |||
| RCC 4 (16 pages) | |||
| 5. Strength of Concrete (36:00) | |||
| RCC5 (14 pages) | |||
| 6. Strength of Concrete Based on Material & Load (28:00) | |||
| RCC6 (12 pages) | |||
| 7. Classification of Strength of Concrete (18:00) | |||
| RCC7 (10 pages) | |||
| 8. Creep & Shrinkage in Concrete (19:00) | |||
| 9. Modulus of Elasticity (25:00) | |||
| RCC8-9 (22 pages) | |||
| 10. Stress-Strain Curve for Brittle Material (19:00) | |||
| RCC10 (8 pages) | |||
| 11. Stress-Strain Curve for Ductiile Material (20:00) | |||
| RCC11 (10 pages) | |||
| 12. History of RCC & IMP Codal Provision (1) (19:00) | |||
| RCC 12 pdf (7 pages) | |||
| 13. Introduction of WSM (1) (34:00) | |||
| RCC13 (1) (14 pages) | |||
| 14. Ultimate Load Method (1) (14:00) | |||
| RCC14 pdf (7 pages) | |||
| 15. Introduction of LSM (1) (30:00) | |||
| RCC15 pdf (9 pages) | |||
| 16. Analysis of Singly Reinforced Beam (35:00) | |||
| RCC16 (18 pages) | |||
| 17. Types of Section (41:00) | |||
| RCC17 (17 pages) | |||
| 18. Question Singly Reinforced Beam (33:00) | |||
| RCC18 (10 pages) | |||
| 19. Introduction of Doubly Reinforced Beam (18:00) | |||
| 20. Analysis of Doubly Reinforced Beam (27:00) | |||
| RCC19-20 (23 pages) | |||
| 21. Question Doubly Reinforced Beam (37:00) | |||
| RCC21 (13 pages) | |||
| 22. Introduction of Flanged Beam (18:00) | |||
| 23. IMP Codal Provision for Flanged Beam (26:00) | |||
| 24. Analysis for Flanged Section (17:00) | |||
| RCC22-23-24 (45 pages) | |||
| 25. Question Flanged Beam (41:00) | |||
| RCC25 (17 pages) | |||
| 26. Introduction of Shear & Its Type (29:00) | |||
| 27. Types of Cracks & Shear Transder Mechanism (21:00) | |||
| 28. Design Steps for Shear Reinforcement (25:00) | |||
| RCC26-27-28 (42 pages) | |||
| 29. Question Shear (31:00) | |||
| RCC-29 (8 pages) | |||
| 30. Limit State of Collapse Bond (47:00) | |||
| RCC-30 (22 pages) | |||
| 31. Bond Failure Mechanism (20:00) | |||
| 32. Bond & Hooks (19:00) | |||
| RCC-31-32 (27 pages) | |||
| 33. Question Bond (27:00) | |||
| RCC-33 (10 pages) | |||
| 34. Introduction of Torsion & Its Type (18:00) | |||
| 35. Analysis of Torsion (26:00) | |||
| RCC-34-35 (21 pages) | |||
| 36. IMP Codal Provision Beam & Slab (31:00) | |||
| 37. IMP Codal Provision Beam & Slab (32:00) | |||
| RCC36-37 (30 pages) | |||
| 38. Bending Moment & Shear Forrce Coefficient (38:00) | |||
| RCC-38 (12 pages) | |||
| 39. Question Design of Beam (53:00) | |||
| RCC-39 (22 pages) | |||
| 40. Introduction of Slab (47:00) | |||
| 41. IMP Codal Provision For Slab (15:00) | |||
| RCC-40-41 (32 pages) | |||
| 42. codal provision Questions (8 pages) | |||
| 42. Question for IMP Codal Provision (22:00) | |||
| 43 Design of Two way Slab RCC (30:00) | |||
| RCC-43 (17 pages) | |||
| 44. Two Way Slab (Problem) (44:00) | |||
| 44. Two Way Slab Problems (33 pages) | |||
| 45. Introduction of Flat Slab (18:00) | |||
| 46. Design Rules for Flat Slab (17:00) | |||
| RCC-45-46 (22 pages) | |||
| 47. Design of Ribbed Slab (25:00) | |||
| 48. Design of Circular Section (15:00) | |||
| RCC-47-48 (17 pages) | |||
| 49. Introduction of Compression Member (35:00) | |||
| 50. IMP Codal Provision For Compression Member (29:00) | |||
| 51. Transeverse & Helical Reinforcement (24:00) | |||
| RCC-49-50-51 (41 pages) | |||
| 52. Design of column (33:00) | |||
| RCC-52 (14 pages) | |||
| 53. Question Design of Compression Member (26:00) | |||
| RCC-53 (10 pages) | |||
| 54. Design of Circular Column with Helical RF (22:00) | |||
| 55 & 56 Question Compression Member (25:00) | |||
| RCC-54-55-56 (21 pages) | |||
| 57. Introduction of Foundation & Footing (27:00) | |||
| 58. IMP Codal Provision of Footing (12:00) | |||
| RCC-57-58 (30 pages) | |||
| 59. Design Steps For Isolated Footing (31:00) | |||
| 60. Footing Question (16:00) | |||
| 60. Footing Question (6 pages) | |||
| 61. Retaining Wall (27:00) | |||
| 62. Types of Retaining Wall (24:00) | |||
| 63. IMP Codal Provision of Retaining Wall (19:00) | |||
| 64. Mode of Failures of Retaining Wall (25:00) | |||
| 61-64 Retaining Wall 1-2-3-4 (49 pages) | |||
| 65. Retaining Wall Question (42:00) | |||
| 66. Introduction of Staircase (33:00) | |||
| 67 & 68. Stairs of Different Material (21:00) | |||
| staircase(pdF) 66-67 (40 pages) | |||
| 69 Introduction of Lintel, Use & Types (33:00) | |||
| 70. Introduction of PSC (30:00) | |||
| 71. IMP Termonogy of PSC & Types of Prestressing (42:00) | |||
| 72. IMP Codal Provision for PSC (40:00) | |||
| 73. System of Pre & Post Tensioning Prestressing (22:00) | |||
| 70-73 PSC 1-2-3-4 (83 pages) | |||
| 74. Losses in Prestress (34:00) | |||
| 74. Losses in Prestress (24 pages) | |||
| 75. Losses of Prestress Concrete Question (19:00) | |||
| 75. Losses of Prestress Concrete Question (9 pages) | |||
| 76. Analysis of Prestress (27:00) | |||
| 76. Analysis of Prestress (20 pages) | |||
| 77. Analysis of Prestress Concrete Conventional Question (28:00) | |||
| 77. Analysis of Prestress Concrete Conventional Question (11 pages) | |||
| 78_Analysis_of_Stress_in_Prestressed_beam_is_done_at_two_stages (16:00) | |||
| 78_Analysis_of_Stress_in_Prestressed_beam_is_done_at_two_stages (15 pages) | |||
| 1. Basic of RCC Question (60:00) | |||
| 1. Basic of RCC Question (21 pages) | |||
| 2. Beam & Slab Question (40:00) | |||
| 2. Beam & Slab Question (15 pages) | |||
| 3. Beam & Slab Question (72:00) | |||
| 3. Beam & Slab Question (19 pages) | |||
| 4. Shear Bond & Anchorage Question (37:00) | |||
| 4. Shear Bond & Anchorage Question (14 pages) | |||
| 5. Walls Column & Footing Question (45:00) | |||
| 5. Eccentric Connection Question (9 pages) | |||
| Steel Structure | |||
| 1 General Considerations Steel.mp4 (39:00) | |||
| 2 General Considerations Steel.mp4 (25:00) | |||
| 3 General Considerations Steel (34:00) | |||
| Unit - 1 General Considerations (55 pages) | |||
| 4 Design Philosophy Steel (35:00) | |||
| 5 Design Philosophy Steel (20:00) | |||
| 6 Design Philosophy Steel (26:00) | |||
| 7 Design Philosophy Steel (26:00) | |||
| Unit - 2 Design Philosophy (49 pages) | |||
| 8 Riveted Connection Steel (31:00) | |||
| 9 Riveted Connection Steel (28:00) | |||
| 10 Riveted Connection Steel (30:00) | |||
| 11 Riveted Connection Steel (15:00) | |||
| Unit - 3 Riveted Connection (64 pages) | |||
| 12. Riveted Connection Problem (39:00) | |||
| Unit - 3 Rivited Connection Problem (15 pages) | |||
| 13 Bolted Connection Steel (30:00) | |||
| 14 Bolted Connection Steel (29:00) | |||
| 15 Bolted Connection Steel (35:00) | |||
| Unit - 4 Bolted Connection (47 pages) | |||
| 16. Eccentric Bolted Connection (39:00) | |||
| Eccentric bolted connection (L-4) (22 pages) | |||
| 17. Welded Connection - 1 (30:00) | |||
| 18. Welded Connection - 2 (30:00) | |||
| Welded Connection (1-2) (46 pages) | |||
| 19. Welded Connection - 3 (32:00) | |||
| 20. Welded Connection - 4 (27:00) | |||
| Weleded Connection (3-4) (22 pages) | |||
| 21. Eccentric Welded Connection - 5 (28:00) | |||
| Eccentric Welded Connection (L-5) (15 pages) | |||
| 22. Tension Member - 1 (30:00) | |||
| 23. Tension Member - 2 (33:00) | |||
| Tension Member (1-2) (36 pages) | |||
| 24. Tension Member - 3 (33:00) | |||
| 25. Tension Menber - 4 (19:00) | |||
| Tension Member (3-4) (22 pages) | |||
| 26. Compression Member - 1 (26:00) | |||
| 27. Compression Member - 2 (37:00) | |||
| 28. Compression Member -3 (27:00) | |||
| 29. Compression Member - 4 (32:00) | |||
| 30. Compression Member - 5 (21:00) | |||
| 31. Compression Member - 6 (16:00) | |||
| Compression Member All (90 pages) | |||
| 32. Beam - 1 (33:00) | |||
| 33. Beam - 2 (25:00) | |||
| Beam pdf (1-2) (33 pages) | |||
| 34. Beam - 3 (23:00) | |||
| 35. Beam - 4 (19:00) | |||
| Beams(3-4) (32 pages) | |||
| 36. Column Base & Footing - 1 (32:00) | |||
| 37. Column Base & Footing - 2 (26:00) | |||
| Colunm Base & Footing (33 pages) | |||
| 38. Column Base & Footing Question (11:00) | |||
| 38. Column Base & Footing Question (5 pages) | |||
| 39. Plate Girder -1 (33:00) | |||
| 40. Plate Girder - 2 (36:00) | |||
| 41. Plate Girder Question (16:00) | |||
| 41. Plate Girder Question (9 pages) | |||
| Plate Girder (28 pages) | |||
| 42. Gantry Girder (30:00) | |||
| Unit - 11 Gantry Girder (22 pages) | |||
| 43. Gantry Girder Question (11:00) | |||
| 43. Gantry Girder Question (5 pages) | |||
| 44. Industrial Building - 1 (25:00) | |||
| 45. Industrial Building - 2 (26:00) | |||
| 46. Industrial Building - 3 (29:00) | |||
| Industrial Building (52 pages) | |||
| 47. Industrial Building Question (10:00) | |||
| 47. Industrial Building Question (5 pages) | |||
| 1. Materials & Specification Question (33:00) | |||
| 2. Riveted Connection Question (22:00) | |||
| 3. Bolted Connection Question (25:00) | |||
| 4. Welded Connection Question (19:00) | |||
| 5. Eccentric Connection Question (21:00) | |||
| Hydrology | |||
| Hydrology Lec 01 Introduction (75:00) | Preview | ||
| Introduction hydrology unit 1 notes (6 pages) | |||
| Hydrology Lec 02 Precipitation and its measurement (70:00) | |||
| Hydology lec 3 PRECIPITATION AND ITS MEASUREMENT (72:00) | |||
| Hydology lec 4 PRECIPITATION AND ITS MEASUREMENT (46:00) | |||
| Hydrology Unit 2 class notes precipitation and its measurement (13 pages) | |||
| 3. Abstraction from precipitation lec 1 evaporation (67:00) | |||
| Evporation notes (5 pages) | |||
| 3. abstraction from precipitation lec 2 transpiration and evapotranspiration | |||
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