What you'll learn

Fluids Fundamental Properties
Fluid Statics
Kinematics of Fluid Motions
Work and Energy

Requirements

Basic Maths

Description

Fluid mechanics is a vital field of engineering and science that governs the behavior of liquids and gases in motion and at rest. From designing aerospace structures and hydraulic systems to analyzing weather patterns and ocean currents, fluid mechanics is applied in countless industries. Mastering its principles is essential for engineers, researchers, and professionals in civil, mechanical, aerospace, chemical, and environmental engineering.This course offers a comprehensive, structured, and application-driven approach to understanding fluid mechanics. It begins with core fundamentals, covering fluid properties, pressure distribution, and hydrostatics. As the course progresses, you will dive into fluid dynamics, Bernoulli's equation, different types of flow, and Navier-Stokes equations. You will also explore practical applications such as pipe flow, open channel flow, turbulence, aerodynamics, and an introduction to computational fluid dynamics (CFD).What makes this course stand out is its engaging and student-friendly approach. Each topic is explained with step-by-step derivations, real-world examples, and problem-solving techniques to ensure clarity and ease of understanding. Whether you are a university student preparing for exams, a researcher exploring fluid simulations, or an engineering professional looking to strengthen your expertise, this course will provide the necessary knowledge and confidence to apply fluid mechanics principles in real-world scenarios.With well-structured lessons, solved examples, quizzes, and interactive explanations, this course ensures a rich and engaging learning experience. Enroll today and start your journey toward mastering fluid mechanics!

Overview

Section 1: Introduction & Fluid Properties
Lecture 1 Basic States of Matter & What is a Fluid ?
Lecture 2 Viscosity of Fluids, What are Fluids? Difference Between Ideal and Real Fluids ?
Lecture 3 Problems Based on Viscosity. (Power Requirement & Journal Bearing)
Lecture 4 Density, Specific Weight, Relative Density and Types of Fluid
Lecture 5 Types of Fluids (Inviscid, Ideal & Real) Newtonian and Non-Newtonian Fluids
Lecture 6 Bulk Modulus of Elasticity | Theory and Example Question
Lecture 7 Surface Tension of Fluids (Messag me if you want vid in white background)
Section 2: Fluid Statics
Lecture 8 Differential Pressure Variation Equation
Lecture 9 Static Pressure Variation Equations | Derivation | Absolute and Guage Pressure
Lecture 10 Hydrostatic Forces on Plane Surfaces | Theory | Geometrical Method
Lecture 11 Finding Hydrostatic Forces on Plane Surfaces | Example Q | Geometrical Method
Lecture 12 Hydrostatic Forces on Plane Surfaces | Example | Application of Moment of Force
Section 3: Fluid Kinematics
Lecture 13 What is Fluid Kinematics | System & Control Volume | Lagrangian & Eulerian Views
Section 4: Fluid Dynamics
Lecture 14 Conservation of Momentum
Lecture 15 River Similitude Problem
Lecture 16 Boat Similitude Problem
For Undergraduate and Graduate Students of University

Homepage:

https://www.udemy.com/course/master-fluid-mechanics/