* Velocity profile of a fluid flow between two plates.
- 2D Flow
* Experimental Study - NACA 0012
- Results [Written in Portuguese]
* Experimental Study - Drag coeficient of a cylinder using two methods
- Request File [Written in Portuguese]
* Dynamics and Kinematics Analysis During Take-Off and Landing in Birds
- Request File
* Helicopter Rotor - Project that maximizes flight time in the autorotation regime
- Request File [Written in Portuguese]
* HT2D was developed to study the heat transfer in two dimensions with
prescribed temperatures at the boundaries. In each boundary there are
four functions that can describe the evolution of temperature over time.
- HT2D (Version 2.1.0.)
* HT3D was developed to study the heat transfer in a material that has prescribed temperatures at the faces.
- HT3D (Version 1.0.0.)
* FDA17 was created to analyze the flight dynamics without any influence of a controller. The 4th order Runge-Kutta method was
used to solve the differential equation in order to obtain the evolution of quaternions and Euler angles over time.
- FDA17 (Version 1.0.0.)
- The link above contains the main program (FDA.exe).
- An auxiliar C code to generate an input file (discrete values) called data.dat.
- Input file with parameters to the solver.
* Quaternions - Project [Flight Dynamics Analysis Only]
- Request File [Written in Portuguese]
* System Analysis - Stability, Controllability and Observability
- Request File [Written in Portuguese]
* System Analysis and LQR Design
- Request File [Written in Portuguese]
* Kalman Filter - State Estimator
- Presentation
- Report
* Conceptual design of an unmanned aerial vehicle (UAV) - G-SECA (Single Engine Cargo Aircraft)
- G-SECA
* This code was developed to analyze the response of a single degree of
freedom system using 4th order Runge Kutta method to solve the
differential equation.
- Harmonic
Equation Solver (Version 1.0.1.)
* Turbofan Solver has been developed to analyze the performance of
turbofan engines in different environments. Release date: 04/08/2017.
- Turbofan Solver (Version 1.0.0.)
- Read me (Only available for version 1.0.0.)
- Turbofan Solver (Version 1.1.0.)
*Added mechanical efficiency of each spool.
- Turbofan Solver (Version 2.0.3.)
*Added afterburner in mixed flows turbofans.
- Turbofan Solver (Version 2.3.0.)
*Added Propulsive, Thermal and Overall efficiency.
* Includes a presentation and some exercises to start learning C
language. (Still in Portuguese).
- C
Language
* FORTRAN and C codes.
- Euler Method
- Trapezoidal Method