[Free] Complete Fluid Mechanics For University &Amp; Professional Exams
PDF Notes will be available soon. So No need to maintain notes. Its a Holistic Under Grad course. Useful for PE, FE too – Free Course
What you’ll learn
- Fluid Mechanics; All important sections like Fluid Properties, Statics, Kinematics, Dynamics an Basic Hydraulic Machines.
Requirements
- Basic High School Maths, though all the mathematics would still be clearly explained.
Description
This course covers Fluid Mechanics starting with High School fundamentals and will end in Basic Turbo-Machines. So overall entire fluid mechanics, which is generally taught as an Undergraduate course in Applied Sciences Civil Engineering, Mechanical Engineering or Chemical Engineering shall be covered. In this course many example problems will also be solved along side the regular theory and derivations.
Exact copy of video slides will be made available, thus no need to maintain separate big bulky notes. Take a print out and mark or highlight on that only, as and when required.
Ample number of digital drawings and animations have been used to assist in perfect grab of the fundamentals.
Only these topics shall be covered (Their theory & multiple problems are being added almost daily) :-
Properties of Fluids
Viscosity
Surface Tension
Capillarity
Bulk Modulus etc.
Fluid Statics
Pressure Equation
Pascals law
Absolute and Gauge Pressure
Manometers
Hydrostatic Forces on Plane Surfaces
Buoyancy, Metacenter & Stability etc.
Fluid Kinematics
Types of Fluid Flows
Graphical Description – Stream Lines etc.
Material Derivatives for Acceleration etc.
Stream & Potential Function etc
Fluid Dynamics
Continuity Equation
Bernoullis Equation
Applications of Momentum Principle
Impact of Jets on Plane & Curved Plates
Orifice
Venturi Meter
Stagnation Pressure & Pitot-Static Tubes
Open Channel Flow
Flow Classification – Uniform
Chezys & Mannings Equation
Most Economical Sections
Hydrualic Jumps
Specific Energy
Different types of Weirs & Errors in Flow Measurement
Gradually Varied Flows & Flow Profiles
Viscous Flows
Laminar flow Between Plates In Pipes etc.
Reynolds Number
Major and Minor Head Losses in Pipes
Boundary Layer
Drag and Lift
Similitude
Weber, Froude, Reynolds Number etc.
Buckingham Pi Theorem
Geometric, Kinematic & Dynamic Similitude
Turbo Machines
Pumps Analyses (Axial & Radial)
Turbines Analyses (Axial & Radial)
Efficiencies and Performance Analyses
Turbomachine Similitude
This is my first course on Udemy therefore currently being offered at lowest allowed price of platform. However, later as total hours of video content Increases prices may increase accordingly.
So, just have a look at preview videos, all videos will be of same quality, filled with my digital drawings, animations & hours of work in recording, editing etc. for each small lecture.
More Courses in Mechanical Engineering, Civil Engineering and for Mathematics shall also be uploaded like : Strength of Materials, Soil Mechanics, Structural Analysis, Environmental Engineering, RCC Design, Calculus etc.
So, keep following. Happy Learning !
Author(s): Souleefy ….
