DaryaZanjanpour

ADCS

MATLAB, Python codes for ADCS simulations

Astrometry_2020

By importing data from USNBO in some day's intervals [back to back], the implemented method can help you to detect a specific star and by changing the background you can estimate the proper velocity of the chosen star with respect to change for the background. The combination of Day 1 up to Day 4 gives you the changes and the since v*t = x, by knowing the delta_x and delta_t we can derive the velocity. The data are available upon request. The .ng files are covering the final result for the residual, regression and box method to find the proper stars to match the background. Astrometry.pdf is a full guide for all the steps.

Flight-simulator

Simulation of aircraft motion is one of the most important topics in the aerospace field. Autopilots are designed based on these simulations. In this project, I have tried to simulate a typical Cessna 172 aircraft flying in a normal left-hand circuit pattern. In the first phase, I developed a method for the aircraft to simply do an ideal circuit. In the second phase, I added wind and demonstrated its effects on the aircraft’s trajectory. In the third phase, I simulated how pilots counteract the effects of wind by crabbing. In this project, I have used multiple computational methods such as integration, solving ODEs, and random processes to simulate aircraft movement and wind.

lectures-2018

Material for the PHY407 lectures

Linear_regression_2019

This notebook contains the Linear regression method, import and export fits file, analyzing different types of data such as light bulb and telescope data.

Photon_Statistics_2019

Basic statistics method for analyzing and visualizing data

Secret-Language_2018

Signal_processing

VFR_Flight_info_2021

This Package can help VFR pilots to organize their needed data much easier. Weather, Weight and Balance data has been developed, This package is in progress...

supernova_shells

DaryaZanjanpour/Flight-simulator

Simulation of aircraft motion is one of the most important topics in the aerospace field. Autopilots are designed based on these simulations. In this project, I have tried to simulate a typical Cessna 172 aircraft flying in a normal left-hand circuit pattern. In the first phase, I developed a method for the aircraft to simply do an ideal circuit. In the second phase, I added wind and demonstrated its effects on the aircraft’s trajectory. In the third phase, I simulated how pilots counteract the effects of wind by crabbing. In this project, I have used multiple computational methods such as integration, solving ODEs, and random processes to simulate aircraft movement and wind.

DaryaZanjanpour/ADCS

MATLAB, Python codes for ADCS simulations

DaryaZanjanpour/Astrometry_2020

By importing data from USNBO in some day's intervals [back to back], the implemented method can help you to detect a specific star and by changing the background you can estimate the proper velocity of the chosen star with respect to change for the background. The combination of Day 1 up to Day 4 gives you the changes and the since v*t = x, by knowing the delta_x and delta_t we can derive the velocity. The data are available upon request. The .ng files are covering the final result for the residual, regression and box method to find the proper stars to match the background. Astrometry.pdf is a full guide for all the steps.

DaryaZanjanpour/lectures-2018

Material for the PHY407 lectures

DaryaZanjanpour/Linear_regression_2019

This notebook contains the Linear regression method, import and export fits file, analyzing different types of data such as light bulb and telescope data.

DaryaZanjanpour/Photon_Statistics_2019

Basic statistics method for analyzing and visualizing data

DaryaZanjanpour/Secret-Language_2018

DaryaZanjanpour/Signal_processing

DaryaZanjanpour/VFR_Flight_info_2021

This Package can help VFR pilots to organize their needed data much easier. Weather, Weight and Balance data has been developed, This package is in progress...

DaryaZanjanpour/Radio_Activity_2019

First, I collected the radioactivity component for a Cesium-137 source and plotted the relevant data using the Python program. Second, took the plateau curve out of the collected data due to evaluate the operating voltage which will be discussed more in the report.

DaryaZanjanpour/Supernova_2020

A set of tools to generate supernova explosion