01:18

Video of differentialleveling lab

07:06

Computing earthwork volume

08:32

Computing Effective Stress

10:30

Computing bearings

11:39

Volume from a Borrow Pit

08:44

Taping Corrections

03:32

leveling procedure

08:24

Traverse Area Computation

10:25

Leveling Computation

10:26

Open Channel Flow Example

15:52

Truss Analysis Method of Sections

22:58

Truss Analysis Method of Joints

08:33

Turbulent Flow in Pipes

05:59

Using Probability for Hydrologic Analysis

11:10

Sizing a Pump

07:18

Shear and Bending Moment Diagrams Part 2

11:40

Shear and Bending Moment Diagrams Part 1

06:34

Pressure

07:41

Parallel Pipe Flow

10:26

Open Channel Flow Example

07:41

Moment of Inertia

08:56

Moment of Force

06:35

Modeling a Check Valve Using Dynamic Similitude

10:34

Maximum Bending Stress

09:14

Hydrostatic Force on a Curved Surface

08:38

Hydrologic Budget Example

09:14

Force System Example Rectangular Components Aproach

05:43

Fluid Properties

06:41

Flow Through an Orifice

04:58

Elongation of a Steel Rod

05:26

Computing Runoff using the SCS Method

09:33

Computing Drag Force

06:25

Centroid of an object

07:03

Cable Bar Structure

09:16

Beam with Distributed Loads

06:28

Application of Pump Affinity Laws

06:14

Application of the Bernoulli Equation

09:32

Application of Specific Energy to an Open Channel Flow Problem

08:12

Analyzing Rapidly Varied Flow on a Spillway

09:07

Equilibrium Example 3

08:40

Equilibrium Example 1

10:10

Linear Momentum Example

08:13

Hydrostatic Force

10:24

Introduction to Engineering Hydrology and Hydraulics

10:52

Equilibrium Example 2