## Wing Geometry

Definition of lift and drag total force by fluid acting on the body lift perpendicular to the free stream Source of total forca (or lift and drag)shear stress on the surface of the body (parallel to the body)pressure on the Read more

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# Category: Matlab

## Wing Geometry

## Joukowski Airfoil

## Spinning (Flow About a Rotating Cylinder)

## Cylinder Static Pressure

## Rankine Oval – Potential Flow

## How to generate NACA Foil using Matlab

Design Computational Mechanics

discuss about: Ship design | Fluid Dynamics | Structure Analysis | Mechatronic System

Jun
23

Definition of lift and drag total force by fluid acting on the body lift perpendicular to the free stream Source of total forca (or lift and drag)shear stress on the surface of the body (parallel to the body)pressure on the Read more

Jun
22

One of the more important potential flow results obtained using conformal mapping are the solutions of the potential flows past a family of airfoil shapes known as Joukowski foils. Like some of the other solutions presented here, we begin with Read more

Jun
22

Flow about a rotating cylinder is equivalent to the combination of flow past a cylinder and a vortex.As such in addition to superimposed uniform flow and a doublet, a vortex is thrown at the doublet centre which will simulate a Read more

Jun
22

The flow past a two-dimensional cylinder is one of the most studied of aerodynamics. It is relevant to many engineering applications See Experiment Report

Jun
22

Plane potential flows allows us to approximate the streamlines of a fluid flow. It does this by using Laplace’s equations to determine the basic velocity potentials and stream functions for simple irrotational flows. In turn, these basic velocity potentials and stream Read more

May
05

What is NACA ? The NACA (National Advisory Commite For Aeronautics) airfoils were designed during the period from 1929 through 1947 under the directionof Eastman Jacobs at the NACA’s Langley Field Laboratory. NACA established since (1915 – 03 – 03 Read more