SimScale simulation projects by aravindbaskar | Page 1

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

In this exercise, you will perform a simple heat transfer analysis on the SimScale Platform and then compare the results to a hand-calculated solution.

In this exercise, you will complete a laminar pipe flow analysis

In this exercise, we will focus on a hip joint prothesis model considering different material combinations for our artificial
hip joint to better understand how stresses are transferred to the femur bone. 3 different simulations are carried out using the same geometry with different material combinations

The aim of this project is to analyse the deformation of the arm of the drone under load with various pre-stress levels

This exercise focuses on the testing of two different types of cardiovascular stent models. The aim is to see which stent type and material is best for treatment. For simplicity, free expansion of the stents will be performed without the effect of plaque and artery stiffness.

CFD Anlaysis for Scavenging in Exhaust Manifold

In this exercise, you will use linear static analysis to analyze several configurations of an aircraft engine bracket under a vertical load.

Refinement of boundary layer of the flow across an airfoil

FEA Master Class Session 3 handout: In this project the drop test of an iPhone 6 has been performed with and without case.

The investigation of the effect of changing the masses of the battery and the motor on the maximum stresses. Additionally we will investigate the effect of drone arm truss thickness on the overall drop dynamics.

In this exercise, we will consider the deflection of a cantilever beam with a concentrated load at the free end. We can calculate the deflection by hand and via a static analysis using the SimScale platform.

The effect of numerics on the simulation quality and convergence time.

Effect of the Courant number on the stability and simulation runtime

In this exercise, we will focus on simulating the flow of blood as a non-Newtonian fluid through a Carotid Artery Bifurcation.
The simulations are performed for 3 cases - the first, with a healthy blood vessel with no calcification or blockage
the second, through a moderately calcified blood vessel and the third, through a severely calcified or occluded blood
vessel. The results will show the differences in pressure, velocity profile, and the outlet flow through the 2 branches.

This project provides a good insight into the significant effect that the material model has on the simulation. In this exercise, the user is enabled to utilize the SimScale Platform to setup an Finite Element Analysis (FEA) study and simulate the forces on a bike wheel when a  human sits on it.

Incompressible Fluid Flow analysis of two globe valves

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