Discover frank1789/FEM-Analysis---Helicopter-s-Tail Open Source

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2
Language
TeX
License
MIT License
Created over 7 years ago
Updated over 1 year ago

frank1789

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The purpose is to present a consistent finite-element formulation, developed to predict the free vibration characteristics of two different helicopters tailboom structures

NeuralNetworks

Intent of this project is the rapid development of a neural network for image classification. Thanks to the use of framework like Keras this is possible by moving the first steps using refinement techniques starting from known models. There is discussion of the architecture of a USB commercial device, Intel Movidius neural compute stick, with low power consumption for neural network execution on SoC systems such as Raspberry. Finally, there are the problems and limitations that occurred during the development and distribution of the software implemented.

Python

Flir-Lepton

Qt-based project allows the interface between the Flir Lepton 2.5 camera and Raspicam to be part of my thesis project for the Master's Degree in Mechatronics, by title Enanching UAV capabilities with machine learning on board.

Report-MechanicalDesignMachineElements

This is a report for homework during the course "Mechanical Design and Machine Elements" develop FEM analys

TeX

AnsysHomerwork

Exercise develop during the course "Mechanical design and machine elements"

MechanicalVibrationProject

Project final exam for "Mechanical Vibration"

TeX

QtSocket

Qt-based project allows the interface between main program on Raspberry Pi. Part of my thesis project for the Master's Degree in Mechatronics, by title Enanching UAV capabilities with machine learning on board.

C++

frank1789/FEM-Analysis---Helicopter-s-Tail

frank1789

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