08:29

Measuring Angles from True or Magnetic Meridians

01:05:41

Offsets and Ranging

01:10:15

Scale and Principles of Surveying

01:03:26

Weirs: Elements of Design

01:33:04

Weirs and Launching Apron

01:05:10

Lecture 4: Silt Control Devices- King's Vanes, Gibbs Groynes and Skimming Platform

01:03:09

Silt Control Devices-I

50:19

Components of Diversion Headworks

10:40

Experiment-3 (To determine the elastic properties of beam)

22:37

Experimental and analytical Study of behavior of struts with various end conditions

20:29

Experiment-1 (Verification of clerk Maxwell reciprocal theorem)

41:10

Canals (Bandhara System )

47:49

Introduction of canals and types of irrigation canals

24:34

Different Efficiency at different places

41:05

Duty and delta

51:53

Quality of water for irrigation

43:23

Methods of irrigation (sprinkler method and its system)

10:09

Sprinkler irrigation system part-1

01:05:05

Types of irrigation and method of irrigation

57:39

Introduction of Irrigation Engineering-1

47:53

Solved Numerical problem using force method and basics of Moment distribution method

44:50

Design of Strap footing.

46:37

Introduction to foot bridges.

26:09

Design of trapezoidal combined footing

34:29

Introduction of limes

21:27

Design of plate girders with tension field action.

42:47

Force method for analysis of indeterminate structures

51:56

Numerical Problems related Slope deflection method

19:23

Design of rectangular isolated footing.

48:06

Derivation of slope and deflection in case of support settlement

40:31

Design of combined rectangular footing.

41:55

Limes

01:00:41

Derivation of Slope Deflection Method for loading conditions

42:32

Fixed End moments for different loading Conditions

34:53

Derivation of slope and deflection equation part-1

30:22

Design of plate girders with intermediate stiffeners

38:13

Overview of Slope and Deflection Equation

37:25

introduction to plate girders

49:50

Numerical Problem related to Static and Kinematic Indeterminacy

01:08:58

Static and Kinematic Indeterminacy

01:12:44

Basics of Structural Analysis

30:32

Introduction to Headworks

01:28:16

Permeability

06:59

To determine the specific gravity of coarse aggregates.

05:22

To determine the soundness of cement.

04:11

To determine the Intial and final setting time of cement.

03:44

To determine the standard consistency of cement.

01:07:46

Introduction of Mohr stress circle

01:04:28

Earth pressure

07:41

Determination of Specific Gravity using pycnometer method

10:11

Determination of Relative Density of soil

11:08

Determination of liquid limit and plastic limit of soil

07:53

Determination of dry density by sand replacement method

12:42

Determination of dry density by core cutter method

10:40

Introduction to Theodolite

10:16

Temporary Adjustment of Theodolite

09:17

Measurement of Horizontal Angle, Through Ordinary Method

08:12

Measurement of Horizontal angle using Repetition Method

08:03

Measurement of Horizontal Angle using Reiteration Method

22:09

Taxiway