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analysis of using fins stabilization for launch and landing model rocket

goal of this project is to learn the aerodynamic simulation around a given shape 
Cfd simulation

Understand how different features in a wing's endplates affect air flow

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

FSAE-Workshop Session-2 Homework project for aerodynamics of complete Formula Student Race Car

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

Aerodynamics of Aircraft winglet design for EuroAvia workshop 2

Fun simulation project: Wingsuit pilot external flow, without taking fluid structure interaction into account

streamwise webinar project for external aerodynamics of Ahmed Body and NACA wing section. The results from CFD were used for comparison with experimental data from ProCap software provided by streamwise.

The 1930's P2 is a modified version of the car that won the first Automobile World Championship in 1925.  Both car (by Carco) and mannequin (by Emmanuel Mahay) can be found at GrabCAD.

This a PERRINN project - for more details go to www.
perrinn.com

Aerodynamic design, Optimisation, structural analysis and transient design demonstration (thats the plan anyway)

External flow simulation over the bullet,
Geometry:  3D Bullet designed in Catia V5,  File Format: .stl,
Mesh: Hex-dominant for external flow,  Quality: Fine,  Computing Cores: 32,
Simulation Setup: Incompressible - Steady State, Turbulence Model: K-Omega-SST, Medium: Air,
Simulation 1: With No-Slip walls BC, Simulation 2: With Slip walls BC


Aerodynamic simulation of the flow over a truck

Simulation of exhaust gases propagation behind the moving truck.

The eternal battle between normal harness and cocoon.

An aerodynamics study of the unique F-117 design in SimScale.

The project illustrates how to simulate airflow around a complex F1 vehicle. Incompressible flow simulation type is chosen to simulate the flow pattern around the vehicle. Main outputs of the simulation are pressure distribution around the lifting surfaces of the vehicle, aerodynamic flow coefficients and velocity streamlines.

External aerodynamics on the geometry of the 2016 Ford Shelby GT350R Mustang.

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.

The purpose of this project is to setup the wind tunnel conditions for external flows around objects at varying boundary conditions. Although X 43 is a hypersonic aircraft but for this project subsonic conditions are applied. 

This project simulates air flow around an Aircraft at low sub-sonic compressible flow regime.

This project simulates airfow around a Semi-Truck with container trailer.

This project simulates the air flow around the Ahmed body for validation purposes.

This project shows how to simulate the airflow around a bob sled.

* 3D Airfoil Simulation with AOA.
* Level 1 and 2 assignments

final project helmet with gopro. external flow

Analysis of a canoe upside down on a car.

aerodynamics | SimScale Project Library | Page 90