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Evaluating Drag Coefficient of a Circular cylinder

Evaluating Aerodynamic forces on a bluff body

Calculate drag for a bluff body of the car design

Determination of Drag and lift of a formula student car

Finding the Drag and Lift of UnderTray of a Formula Car

The purpose of this project is to study the influence of different types of winglets placed at the end of a commercial aircraft wing during takeoff. The flow will be considered incompressible and turbulent (kw-sst). The aerodynamic characteristics of the flow (lift, drag, eddies, etc.) will be determined.

Project dedicated to understanding the  aerodynamics of a relatively modern road-going hatchback and  ways of improving them.  Self-made model means the results are unlikely to be highly accurate.

The project currently is more about learning about simscale, than immediate results analysis.

This study will investigate the expected drag on our planned lamborghini countach for the Dallas Red Bull Soapbox event in 2019

formula-ppoino project - cockpit opening study

In this project we examined the Effect of Boundary Layers on the  NACA 0012 Airfoil. In-compressible fluid flow simulation is selected for the project. Free stream velocity is selected as 10 m/s having A.O.A  10 with the airfoil.

In this project steady state incompressible fluid flow simulation of a small RC aircraft is performed for the completion of aircraft design course on SimScale's Academy. Two simulation at different AOA relative to wing is carried out to obtain the coefficient of lift and drag. Lift and drag forces are calculated at 3 and 20 AOA, also the flow around the aircraft is also visualized for the design consideration.

Trying to enhance the performance of my boat :) Designed with Catia

To verify the setup to be used in analysing aerodynamic bodies

Determining the drag coefficient of a can launcher.

formula-ppoino project - windscreen study

Wind resistance of a regenerative wind breaking system for electric bicycles

1990s F1 High and Low Noses CFD Simulations

Simulation Control Data forked from fp-023d

effect of number of propeller blades on the lift and drag/torc of the drone

This project shows the effect of the side wind on different wheels designs.

Set a baseline for a generic tanker shape then investigate methods of reducing drag

This project was aimed at simulating the external velocity field around a golf ball. An interesting flow field is seen in comparison with spherical balls used in any other game/sport due to the presence of dimples. 

A golf ball with dimples can travel almost twice as far as a smooth golf ball. The dimples minimize drag forces that pull back on the ball or slow it down. It also help lift the ball by forcing airflow downward, which pushes the ball upward (principles similar to the aerodynamics of an aircraft).

The golf ball may experience a spin during its travel. Hence it could be assumed an external flow, with a spin imparted to the ball. This could be used to analyse the flow field around the ball.

drag | SimScale Project Library | Page 2