Recorded Course for TRB Civil Engineering 2023 - 2024
- Introduction Enroll Now
- property of materials Enroll Now
- Properties of material part 2 Enroll Now
- Stress strain curve and Elongation of material Enroll Now
- Elongation of material part 2 Enroll Now
- Temperature Stress and Strain Enroll Now
- Shear stress Enroll Now
- complex stress Enroll Now
- theories of failure Enroll Now
- Bending Stress Enroll Now
- SFD and BMD Enroll Now
- SFD BMD part 2 Enroll Now
- Torsion Enroll Now
- Truss Enroll Now
- Geometric Properties Enroll Now
- TRB SM Intro Enroll Now
- TRB SM - Relationship of properties Enroll Now
- TRB SM - Index properties Enroll Now
- TRB SM - Index properties 02 Enroll Now
- TRB SM - Particle size classification Enroll Now
- TRB SM - Clay Minerology Enroll Now
- TRB SM Effective stress Enroll Now
- Soil Mechanics Permeability Enroll Now
- Permeability and Seepage Enroll Now
- Effective stress and permeability Enroll Now
- Permeability Enroll Now
- Permeability and Seepage Enroll Now
- Soil properties Enroll Now
- Indian Standard Classification Enroll Now
- Flow net Enroll Now
- Compaction Enroll Now
- Consolidation 1 Enroll Now
- Consolidation 2 Enroll Now
- Consolidation 3 Enroll Now
- Shear Strength 1 Enroll Now
- Shear Strength 2 Enroll Now
- Stress Distribution in soil 1 Enroll Now
- Stress Distribution in soil 2 Enroll Now
- Earth pressure 1 Enroll Now
- Earth Pressure 2 Enroll Now
- Stability of slope Enroll Now
- Soil stabilization Enroll Now
- Linear Algebra - 01 Types of Matrices Enroll Now
- Linear Algebra - 02 Properties of Matrices Enroll Now
- Linear Algebra - 03 (System of Linear Equations) Enroll Now
- Linear Algebra - 04 Rank of Matrix Enroll Now
- Linear Algebra - 05 (Eigen Values and Eigen Vectors) Enroll Now
- Linear Algebra - 06 (Important Questions) Enroll Now
- Limits and Functions 1 Enroll Now
- Problems on Limits and Functions Enroll Now
- Continuity and Differentiability 1 Enroll Now
- Mean Value Theorems Enroll Now
- Introduction and properties of concrete and steel Enroll Now
- Properties of concrete and steel 2 Enroll Now
- Working Stress Method 1 Enroll Now
- Working Stress Method 2 Enroll Now
- Limit State Method 1 Enroll Now
- Limit State Method 2 Enroll Now
- LSM Doubly Reinforced Beam Enroll Now
- LSM Flanged Beam 1 Enroll Now
- LSM Flanged Beam 2 Enroll Now
- Shear 1 Enroll Now
- Shear 2 Enroll Now
- Bond and Anchorage 1 Enroll Now
- Bond and Anchorage 2 Enroll Now
- Torsion Enroll Now
- Slab Enroll Now
- Beam Enroll Now
- Column Enroll Now
- Footing Enroll Now
- Prestressed Concrete 1 Enroll Now
- Prestressed Concrete 2 Enroll Now
- Prestressed Concrete 3 Enroll Now
- Highway Planning Enroll Now
- Geometric Design of Highway 01 Enroll Now
- Geometric Design of Highway 02 Enroll Now
- Geometric Design of Highway 03 Enroll Now
- Geometric Design of Highway 04 Enroll Now
- Highway Materials 01 Enroll Now
- Highway Materials 02 Enroll Now
- Highway Materials 03 Enroll Now
- Pavement Design 01 Enroll Now
- Pavement Design 02 Enroll Now
- Traffic Engineering 01 Enroll Now
- Traffic Engineering 02 Enroll Now
- Traffic Signal 01 Enroll Now
- Traffic Signal 02 Enroll Now
- 01 Introduction Enroll Now
- 02 Linear Measurements 01 Enroll Now
- 03 Linear Measurements 02 Enroll Now
- 04 Compass Surveying Enroll Now
- Levelling 02 Enroll Now
- Contouring Enroll Now
- Plane Table Surveying Enroll Now
- Theodolite 01 Enroll Now
- Theodolite 02 Enroll Now
- Tacheometry Enroll Now
- Trigonometric Levelling Computation of Area and volume Enroll Now
- Curves and Theory of Error Enroll Now
- Total Station and Photogrammetry Enroll Now
- Remote sensing and GPS Enroll Now
- Compass Survey and Levelling 01 Enroll Now
- 1.Indeterminate Structure Enroll Now
- 2.Moment Distribution Method Enroll Now
- 3. Arches Enroll Now
- 4.Influence Line diagram Enroll Now
- 5.Slope Deflection Method Enroll Now
- 6.Cables Enroll Now
- 7. Matrix Methods of Analysis Enroll Now
- Structural Analysis 01 - Indeterminancy Enroll Now
- Structural Analysis 02 - Indeterminancy and SDM Enroll Now
- Structural Analysis 03 - MDM and Arches Enroll Now
- 01 Source of Water Enroll Now
- 02 Water Demand Enroll Now
- 03 Quality of Water Enroll Now
- 04 Chemical Parameters Enroll Now
- 05 Biological Parameters Enroll Now
- 06 Treatment of water Sedimentation Enroll Now
- 07 Filtration Enroll Now
- 08 Disinfection Enroll Now
- 09 Pipes Enroll Now
- 10 Distribution System Enroll Now
- 11 Sewage Enroll Now
- 12 Design of sewer Enroll Now
- 13 Quality of sewer Enroll Now
- 14 Materials of sewer Enroll Now
- 15 Treatment of sewage- Primary Enroll Now
- 16 Secondary treatment Enroll Now
- 17 Secondary Treatment 02 Enroll Now
- 18 Tertiary treatment Enroll Now
- 19 Solid Waste Management Enroll Now
- 20 Air Pollution Enroll Now
- EE Miscellaneous topics Enroll Now
- Introduction to irrigation Enroll Now
- Definition of irrigation Enroll Now
- Advantages and disadvantages of irrigation Enroll Now
- Class -04 Classification of Engineering Enroll Now
- Class -05 techniques of water distribution Enroll Now
- Class 6 Sprinkler irrigation Enroll Now
- Class 07 Drip Irrigation Enroll Now
- Class 08 Quality of irrigation water Enroll Now
- Class 09 Water requirement of crop Enroll Now
- Class 10 Factors affecting duty Enroll Now
- Class 11 Agriculture and cropping seasons Enroll Now
- Class 12 Important terms Enroll Now
- Class 13 irrigation Efficiencies Enroll Now
- Class 14 Consumptive use of water Enroll Now
- Class 15 Important terms Enroll Now
- Class 16 Soil Moisture relationship Enroll Now
- Class 17 Canal irrigation System Enroll Now
- Class 18 Losses of water in canals Enroll Now
- Class 18 Kennedy theory Enroll Now
- Class 20 Lacey theory Enroll Now
- Class 21 Failure in weirs Enroll Now
- Class 22 Bligh's theory of seepage Enroll Now
- Class 23 Lane's Weighted creep theory Enroll Now
- Class 24 khosla theory of seepage Enroll Now
- Class 25 River Training Works Enroll Now
- Class 26 River meandering Enroll Now
- Class 27 Cross Drainage works Enroll Now
- Class 28 types of Spillways Enroll Now
- 01 Railway Introduction Enroll Now
- 02 Types of Rail sections Enroll Now
- 03 Defects in Rails Enroll Now
- Rail joints Sleeper density and types of sleepers Enroll Now
- Ballast materials and Rail fastening materials Enroll Now
- Geometric design-Gradient and types Enroll Now
- Railway Curves Enroll Now
- Super elevation on railway track Enroll Now
- Points and crossings Enroll Now
- Types of Track Junctions Enroll Now
- Railway Signaling Enroll Now
- Interlocking and types of railway station and station equipments Enroll Now
- Classification of Harbour and Docks Enroll Now
- Features of Harbour Enroll Now
- FE 01 Foundation Types Enroll Now
- FE 02 Bearing Capacity Enroll Now
- FE 03 Deep foundation Enroll Now
- FE 04 Soil Exploration Enroll Now
- Design Requirements in Steel design Enroll Now
- Rivet Connections Enroll Now
- Bolt Connections1 Enroll Now
- Weld Connections Enroll Now
- Tension Members Enroll Now
- Compression members 01 Enroll Now
- Compression members 02 Enroll Now
- Design of Roof Truss Enroll Now
- Design of Steel Beam Enroll Now
- Design of Plate girder Enroll Now
- Tension member problem Enroll Now
- Numericals on Tension and Compression members Enroll Now
- Design of Gantry Girder Enroll Now
- Design of Column Base Enroll Now