Syllabus:

Introduction & Fundamentals of CFD, The Governing Equations in PDE Form, Conservation of Mass, Conservation of Momentum, Conservation of Energy, Solution Procedure of CFD technique, Additional Governing Equations, Grid Generation & Grid Independence, Boundary Conditions

Laminar CFD Calculations - Pipe Flow Entrance Region at Re = 500, Flow around a Cylinder at Re = 150,Turbulent CFD Calculations - Introduction to Turbulence Models, Flow around a cylinder at Re = 10,000, CFD Calculations with Heat Transfer

Lecture 37:

Introduction & Fundamentals of CFD - The governing equations in PDE Form, Conservation of Mass, Conservation of Momentum, Conservation of Energy

Lecture 38:

Solution procedure of CFD Technique, Additional Governing Equations

Lecture 39:

Grid Generation and Grid Independence, Boundary Conditions

Lecture 40:

Laminar CFD Calculations - Pipe Flow at Entrance Region at Re = 500, Flow around a cylinder at Re = 150

Lecture 41:

Turbulent CFD Calculations - Introduction to Turbulence Models, Flow around a Cylinder at Re = 10,000

Lecture 42:

CFD Calculations with Heat Transfer