Fluid Mechanics

Fundamentals of Fluid Mechanics

What you'll learn

Definitions, Applications, Units, and Fluid Properties

Fluid Pressure, and Hydrostatic Force

Fluid Kinematics

Hydrodynamic

Requirements

No programming experience needed

Description

In this course I would like to help you to understand fluid mechanics or at least fundamentals of fluid mechanics. After this course you will be able to confidently solve any problem in fluid mechanics.This training course has been formulated in order to enhance knowledge of trainees about fluid mechanics as Hydrostatic, Kinematics, and Hydrodynamics.In this course I will introduce a comprehensive explanation about fluid properties, units and applications of fluid mechanic, hydrostatic force, instruments of measurement of pressure, velocity, and flow, types of Flows, bernoulli equation and its applications.The course consists of 5 sections, section 1 is introduction, section 2 includes Definitions, Applications, Units, and Fluid Properties, section 3 is Fluid Pressure, and Hydrostatic Force that includes:- Types of Pressures- Basic Equations of Static Fluid- Pascal’s Law and its Applications- Hydrostatic Force on Submerged Surfaces- Buoyancy and Stabilitysection 4 is Fluid Kinematics that includes:- Open-channel Flow and Close-channel Flow- Types of Flowssection 5 is Hydrodynamics that includes:- Volume Flow Rate- Mean Velocity- Continuity Equation- Bernoulli Equation (Energy Equation) and its ApplicationsThe target students of this course are students and graduates of civil engineering or environmental engineering or anyone who has an interest in the subject of fluid mechanics

Overview

Section 1: Introduction

Lecture 1 Introduction

Section 2: Definitions, Applications, Units, and Fluid Properties

Lecture 2 Definitions, Applications, and Units

Lecture 3 Units

Lecture 4 Liquid Properties-1

Lecture 5 Liquid Properties-2

Lecture 6 Liquid Properties-3

Lecture 7 Liquid Properties-4

Lecture 8 Liquid Properties-5

Section 3: FLUID PRESSURE, AND HYDROSTATIC FORCE

Lecture 9 Hydrostatic Pressure

Lecture 10 Atmospheric Pressure, Gage Pressure, Absolute Pressure

Lecture 11 Pressure Head, Piezometric Head

Lecture 12 Basic Equations of Static Fluid

Lecture 13 Pascal’s Law

Lecture 14 Pascal’s Law-Example

Lecture 15 Pascal’s Applications-Hydraulic Jack

Lecture 16 Pascal’s Applications-Barometer

Lecture 17 Pascal’s Applications-Manometer-1

Lecture 18 Pascal’s Applications-Manometer-2

Lecture 19 Pascal’s Applications-Manometer-3

Lecture 20 Pascal’s Applications-Manometer-4

Lecture 21 Hydrostatic Force on Submerged Plane Surface-1

Lecture 22 Hydrostatic Force on Submerged Plane Surface-2

Lecture 23 Hydrostatic Force on Submerged Plane Surface-3

Lecture 24 Hydrostatic Force on Submerged Plane Surface-4

Lecture 25 Hydrostatic Force on Submerged Plane Surface-5

Lecture 26 Hydrostatic Force on Submerged Curved Surface

Lecture 27 Buoyancy and Stability

Lecture 28 Stability of Immersed and Floating Bodies

Section 4: FLUID KINEMATICS

Lecture 29 Types of Flows-1

Lecture 30 Types of Flows-2

Section 5: HYDRODYNAMICS

Lecture 31 Volume Flow Rate, Mean Velocity, Continuity Equation

Lecture 32 Bernoulli Equation-1

Lecture 33 Bernoulli Equation-2

Lecture 34 Application of Bernoulli Equation-Venturimeter-1

Lecture 35 Application of Bernoulli Equation-Venturimeter-2

Lecture 36 Application of Bernoulli Equation-Tanks Emptying Velocity and flow

Lecture 37 Application of Bernoulli Equation-Tanks Emptying Time

Lecture 38 Application of Bernoulli Equation-Siphons

students and graduates of civil engineering or environmental engineering or anyone who has an interest in the subject of fluid mechanics