Канал: Civil Engineering Easy

Animation Cantilever Retaining Wall |Reinforcement Details.

Animation Cantilever Retaining Wall |Reinforcement Details.

Reinforced Concrete Block Walls | Advantages

Reinforced Concrete Block Walls | Advantages

Two-way Slab Animation | Bar Bending

Two-way Slab Animation | Bar Bending

One-Way Slab Animation | Bar bending

One-Way Slab Animation | Bar bending

3D Animation of Footing and Column Reinforcement | Civil Engineering

3D Animation of Footing and Column Reinforcement | Civil Engineering

Construction Animation: Step-by-Step Guide

Construction Animation: Step-by-Step Guide

Civil Engineering MCQS for Competitive Exams | MCQS Series| KPPSC | SSC JE |GATE | Part 4

Civil Engineering MCQS for Competitive Exams | MCQS Series| KPPSC | SSC JE |GATE | Part 4

Civil Engineering MCQS for Competitive Exams | MCQS Series| KPPSC | SSC JE |GATE | Part 3

Civil Engineering MCQS for Competitive Exams | MCQS Series| KPPSC | SSC JE |GATE | Part 3

Civil Engineering MCQS for Competitive Exams | MCQS Series| KPPSC | SSC JE |GATE | Part 1

Civil Engineering MCQS for Competitive Exams | MCQS Series| KPPSC | SSC JE |GATE | Part 1

Civil Engineering MCQS for Competitive Exams | MCQS Series| KPPSC | SSC JE |GATE | Part 2

Civil Engineering MCQS for Competitive Exams | MCQS Series| KPPSC | SSC JE |GATE | Part 2

The Evolution of Surveying Technology | From Chains to Drones | Civil Engineering

The Evolution of Surveying Technology | From Chains to Drones | Civil Engineering

Quantity Estimation of Concrete Slab |Cement, Sand and Coarse Aggregates in Slab | Quantity Survey

Quantity Estimation of Concrete Slab |Cement, Sand and Coarse Aggregates in Slab | Quantity Survey

Solved Problems on Duty Irrigation Engineering Civil Engineering

Solved Problems on Duty Irrigation Engineering Civil Engineering

What is Duty in irrigation engineering | Civil Engineering

What is Duty in irrigation engineering | Civil Engineering

How 1.54 in Concrete and 1.33 in Cement mortar is Derived | Quantity Estimation | civil engineering

How 1.54 in Concrete and 1.33 in Cement mortar is Derived | Quantity Estimation | civil engineering

How to Convert Wet Volume of Concrete to Dry| what is 1.54 & 1.33 | Solved Examples

How to Convert Wet Volume of Concrete to Dry| what is 1.54 & 1.33 | Solved Examples

Compass Surveying: Calculation of Interior Angle from Bearing of the lines | Surveying

Compass Surveying: Calculation of Interior Angle from Bearing of the lines | Surveying

Shape factor for Triangular section | Steel Structure | Plastic Analysis |

Shape factor for Triangular section | Steel Structure | Plastic Analysis |

Steel Structure | Plastic Analysis l Rectangular cross section | Circular cross section | Part 2

Steel Structure | Plastic Analysis l Rectangular cross section | Circular cross section | Part 2

Steel Structure | Plastic Analysis | Elastic Theory | Plastic Theory | Shape Factor | Plastic Moment

Steel Structure | Plastic Analysis | Elastic Theory | Plastic Theory | Shape Factor | Plastic Moment

Bending and shear stresses calculation in Shaft | Shaft Design | Mechanics of Solid

Bending and shear stresses calculation in Shaft | Shaft Design | Mechanics of Solid

Calculation of Deflection angle | Open Traverse | Traverse by Deflection angle method |

Calculation of Deflection angle | Open Traverse | Traverse by Deflection angle method |

The volume of Concrete Calculation for Bridge | Civil Engineering | Quantity Estimation for Bridge

The volume of Concrete Calculation for Bridge | Civil Engineering | Quantity Estimation for Bridge

How to calculate volume of concrete in staircase | Civil Engineering | Quantity Estimation

How to calculate volume of concrete in staircase | Civil Engineering | Quantity Estimation

Fluid Mechanics Numerical | Hydraulics and irrigation| DAE Civil Technology | Exercise | Chapter 1

Fluid Mechanics Numerical | Hydraulics and irrigation| DAE Civil Technology | Exercise | Chapter 1

Numerical | Fluid Mechanics | Density | Specific weight | Specific Volume | Specific Gravity

Numerical | Fluid Mechanics | Density | Specific weight | Specific Volume | Specific Gravity

Properties of Fluid | Specific Volume and Specific gravity | Fluid Mechanics | Civil Engineering

Properties of Fluid | Specific Volume and Specific gravity | Fluid Mechanics | Civil Engineering

Properties of Fluid | Mass Density, and Specific Weight | Fluid Mechanics

Properties of Fluid | Mass Density, and Specific Weight | Fluid Mechanics

Soil Mechanics MCQS | Chapter 3 | DAE Civil Technolog | Civil Engineering

Soil Mechanics MCQS | Chapter 3 | DAE Civil Technolog | Civil Engineering

Height of Instrument Method in Leveling | Collimation Method | Reduced Level | Surveying

Height of Instrument Method in Leveling | Collimation Method | Reduced Level | Surveying

Difference between Compaction VS Consolidation | Soil Mechanics | Civil Engineering

Difference between Compaction VS Consolidation | Soil Mechanics | Civil Engineering

Soil Mechanics MCQS | Chapter 2 | DAE Civil Technology

Soil Mechanics MCQS | Chapter 2 | DAE Civil Technology

Soil mechanics MCQS | Chapter 1 | DAE civil Technology

Soil mechanics MCQS | Chapter 1 | DAE civil Technology

Civil Engineering previous test solved (KPPSC) Part 3 | sub engineer | civil engineering MCQS

Civil Engineering previous test solved (KPPSC) Part 3 | sub engineer | civil engineering MCQS

Civil Engineering previous test solved (KPPSC) Part 2 | sub engineer | civil engineering MCQs

Civil Engineering previous test solved (KPPSC) Part 2 | sub engineer | civil engineering MCQs

How to calculate the included angle from bearing | Compass Surveying | traverse surveying

How to calculate the included angle from bearing | Compass Surveying | traverse surveying

Civil engineering previous test solved (KPPSC) Part 1 | sub engineer | civil engineering MCQS

Civil engineering previous test solved (KPPSC) Part 1 | sub engineer | civil engineering MCQS

How to find the support Reaction of Beam |By use of Equilibrium Equations Method |

How to find the support Reaction of Beam |By use of Equilibrium Equations Method |

Calculation of Bearing from Included Angles | Close Traverse | Theodolite Traversing

Calculation of Bearing from Included Angles | Close Traverse | Theodolite Traversing

Shear Force and Bending moment Diagram of a Beam with Point Load | By using SF and BM Equations

Shear Force and Bending moment Diagram of a Beam with Point Load | By using SF and BM Equations

How to Calculate Support reactions of a Beam | Overhange Beam

How to Calculate Support reactions of a Beam | Overhange Beam

How to find Support Reactions of Beam | Shortcut Method

How to find Support Reactions of Beam | Shortcut Method

Shear Force and Bending Moment Diagram for Simple Supported Beam with UDL | Simply supported Beam

Shear Force and Bending Moment Diagram for Simple Supported Beam with UDL | Simply supported Beam

How to Find the Support Reaction of a Beam with internal Hinge | Structure Analysis

How to Find the Support Reaction of a Beam with internal Hinge | Structure Analysis

How to calculate the volume of cement bag | in cubic meter | In cubic feet | In liters.

How to calculate the volume of cement bag | in cubic meter | In cubic feet | In liters.

How to find centroid of a Dam section | To locate the Centroid of Dam Section |Engineering Mechanics

How to find centroid of a Dam section | To locate the Centroid of Dam Section |Engineering Mechanics

Quantity estimation of cement sand in wall plaster | Wall plaster quantity calculation

Quantity estimation of cement sand in wall plaster | Wall plaster quantity calculation

Road Quantity estimation of earthwork for embankment | Mean depth method | Quantity survey

Road Quantity estimation of earthwork for embankment | Mean depth method | Quantity survey

How to calculate the water cement ratio for concrete | water cement ratio | Concrete technology

How to calculate the water cement ratio for concrete | water cement ratio | Concrete technology

How to find the bearing of lines from the Included angles in Closed traverse | Solved Numerical

How to find the bearing of lines from the Included angles in Closed traverse | Solved Numerical

If the sack has a weight of 20 lb, determine the weight of the sack B and the force in each cord

If the sack has a weight of 20 lb, determine the weight of the sack B and the force in each cord

Quantity Estimation of Arch Masonry | Semi Circular Arch Masonry Calculation

Quantity Estimation of Arch Masonry | Semi Circular Arch Masonry Calculation

Arch Masonry Calculation | Segmental Arch | Quantity Survey

Arch Masonry Calculation | Segmental Arch | Quantity Survey

Calculation of Bearing From included Angles | Compass Surveying | Theodolite Traversing

Calculation of Bearing From included Angles | Compass Surveying | Theodolite Traversing

How to draw Irregular Plot Area in AutoCAD | Irregular Plotting in AutoCAD

How to draw Irregular Plot Area in AutoCAD | Irregular Plotting in AutoCAD

How to calculate the Area of Irregular site | irregular site Area Calculation

How to calculate the Area of Irregular site | irregular site Area Calculation

How to calculate Irregular land Area | Irregular plot area in square feet

How to calculate Irregular land Area | Irregular plot area in square feet

Surveying Horizontal Curve | Simple Curve | Problem | Highway Engineering

Surveying Horizontal Curve | Simple Curve | Problem | Highway Engineering

Elements of simple Circular curve | Surveying Civil Engineering | Tangent Length | Curve Length

Elements of simple Circular curve | Surveying Civil Engineering | Tangent Length | Curve Length

Nomenclature of simple Curve | Technical terms of Simple Curve | Surveying

Nomenclature of simple Curve | Technical terms of Simple Curve | Surveying

Relation between degree and radius of curve | Degree of Curve | Designation of Curve

Relation between degree and radius of curve | Degree of Curve | Designation of Curve

Road Curves and Classifications of Curves | Civil Engineering Surveying

Road Curves and Classifications of Curves | Civil Engineering Surveying

How to Measure the Horizontal Distance By Using Autolevel Machine and Staff Rod at Site |Tacheometry

How to Measure the Horizontal Distance By Using Autolevel Machine and Staff Rod at Site |Tacheometry

Quantity Estimation of Road | Road Cross section Depth | Earthwork Mean depth Method | Part 2

Quantity Estimation of Road | Road Cross section Depth | Earthwork Mean depth Method | Part 2

Quantity Estimation of Road | Long section of Road | NSL and FL of a Road | Part 1

Quantity Estimation of Road | Long section of Road | NSL and FL of a Road | Part 1

How to find the Quantity Estimation of Stairs | Front verandah steps | Estimating of Steps

How to find the Quantity Estimation of Stairs | Front verandah steps | Estimating of Steps

Quantity estimation of 10 circular columns | Concrete | Steel Calculation

Quantity estimation of 10 circular columns | Concrete | Steel Calculation

How to Calculate Cutting Length of Bend Up (Crank) Bar in slab | Cutting Length of Bend Up Bar

How to Calculate Cutting Length of Bend Up (Crank) Bar in slab | Cutting Length of Bend Up Bar

How Many Bricks in one Cubic Feet | Calculation in Excel sheet

How Many Bricks in one Cubic Feet | Calculation in Excel sheet

Derivation of Semi Circle Area Formula | How to derive Area formula of Semi Circle by Integration

Derivation of Semi Circle Area Formula | How to derive Area formula of Semi Circle by Integration

How to Find the Area of a Circle By Double Integration Method | Formula Derivation for Circle Area

How to Find the Area of a Circle By Double Integration Method | Formula Derivation for Circle Area

Derivation of Area of a Triangle By integration | Area of a Triangle

Derivation of Area of a Triangle By integration | Area of a Triangle

How to find the centroid of Composite Structure by Using Moment Area Method | Centroid

How to find the centroid of Composite Structure by Using Moment Area Method | Centroid

How to find the Quantity Estimation of T Shaped Wall | Wall Estimation | Quantity survey

How to find the Quantity Estimation of T Shaped Wall | Wall Estimation | Quantity survey

Quantity Estimation of Single Room By Using Centre Line Method | Quantity survey

Quantity Estimation of Single Room By Using Centre Line Method | Quantity survey

Quantity Estimation of Single Room By Long wall and Short wall Method I Single Room Estimation

Quantity Estimation of Single Room By Long wall and Short wall Method I Single Room Estimation

How to find the Quantity Estimation of Single Wall in Excel | Quantity and Estimation in Excel

How to find the Quantity Estimation of Single Wall in Excel | Quantity and Estimation in Excel

How to find the Quantity Estimation of Y- Type Column | Bridge Pier

How to find the Quantity Estimation of Y- Type Column | Bridge Pier

Quantity Estimation of Under Ground Water Tank I Quantity Estimation I Quantity surveying

Quantity Estimation of Under Ground Water Tank I Quantity Estimation I Quantity surveying

Quantity of Straight Abutment for Culvert I Bridge Abutment I Culvert Estimation

Quantity of Straight Abutment for Culvert I Bridge Abutment I Culvert Estimation

Quantity Estimation for Abutment and wing walls for Bridges and Culvert I Bridge I Estimation

Quantity Estimation for Abutment and wing walls for Bridges and Culvert I Bridge I Estimation

Quantity Estimation of Frame Structure Building in Excel II Building Estimation and Costing

Quantity Estimation of Frame Structure Building in Excel II Building Estimation and Costing

Quantities Estimation of Frame Structure Building II Quantity Surveying DAE Civil Technology

Quantities Estimation of Frame Structure Building II Quantity Surveying DAE Civil Technology

Estimation of Framed Structure Building in Excel

Estimation of Framed Structure Building in Excel

How to find the Quantity of RCC in Trapezoidal footing | Estimation of Trapezoidal footing

How to find the Quantity of RCC in Trapezoidal footing | Estimation of Trapezoidal footing