SimScale simulation projects by zkombaka | Page 1

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Aim  of the workshop is to set up the deformation of a drone arm when applying the lift force on it . Design parameters (i.e. change of lift force and arm truss thickness) are set to give a hint about the actual design process.

In this project vibration analysis of jet engine is performed.

This project demonstrates the static stress analysis of three aircraft engine bearing bracket models considering both linear and nonlinear material definition. The models used in this analysis are taken from GrabCAD users who were the winners of GrabCAD 'Airplane Bearing Bracket Challenge'. The models are tested with horizontal and vertical loading conditions as provided on the challenge page of GrabCAD.

This project involves the simulation of ventilation in an aircraft cabin. There are 6 comparison configurations with 3 different inlets and 2 outlets.

The project simulates 2 cases of aircraft wings to compare the aerodynamic effects.

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

This project demonstrates the usage of rotating zones

The aim of the of this homework assignment is to investigate and compare the aerodynamic characteristics of different quad-copter propeller designs by changing the angle of attack and the number of blades of the propeller.

This project involves the simulation of stress analysis of an aircraft wing. There are total 6 comparison configurations with 3 different models and two different load definition.

Simulation of the drone drop test. The effect of changing the masses of the battery and the motor on the maximum stresses will be investigated.

Most renewable energy sources (including wind energy), including fossil fuel energy, comes from the sun. Overall, hourly, the sun provides the earth with over 175 Trillion kilowatt hour of energy. Of this energy, about 1-2 percent of this is converted to wind energy. The places on the equator are more directly heated compared to the poles. This leads to significant global wind systems. in addition, the local environment like the presence of cities, water bodies, forests alter the local wind profiles in any area. In the last decade, an emphasis on renewable energy sources and rapid growth of wind farms has led to significant decrease in associated costs.

The wind turbines developed in the 1980s became the breakthrough for the modern turbines. The wind rush that started in the 80s suddenly ended overnight when the California government stopped its support schemes. In the last decade starting 1998, the MegaWatt sized turbines and large wind farms have revolutionized the wind energy industry and making it a potent source of renewable energy. Spearheading this revolution has been Denmark and Germany, who are also the largest wind energy markets.

This project explores ideas for usage of SimScale and exploitation of its features towards design, simulation and optimization of the power output of wind farms.

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