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I tend to get carried away after completing an engineering assignment in MATLAB and write more functionality into my existing programs. These are some of my favorite

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School-Programs

I tend to get carried away after completing an engineering assignment in MATLAB or Python. Some of the time I am adding functionality to existing programs, and other times I'll bring an original thought to life. Here are some of my favorite

  • Satelite Simulation
    • Simulates the motion of N number of satellites distributed randomly in Earth orbit
  • Metal Beam Simulation
    • Visualizes the deformation results I found by running an Ansys simulation on a metal beam
  • Theoretical Displacement
    • Calculates the theoretical force needed for a steel rod to indent a copper surface with a certain displacement
  • Spectral Radiation Lab
    • Calculates the intensity of a blackbody emission and plots the results
  • Differential Equation Practice
    • Plotting the motion of dynamic systems to visualize differential equation solutions I find in my homework
  • Forced Convection Lab
    • Using pandas data frames to manipulate spreadsheets of temperature measurements to calculate experimental heat transfer coefficient
  • Anisotropic Material Stiffness
    • Predicting the stress and strain values in direction theta for a material subjected to axial, transverse, and shear stresses.
  • Anisotropic Material Strength
    • Predicting the strength properties and margin of safeties for a material in a range of orientations subjected to axial, transverse, and shear stresses.

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I tend to get carried away after completing an engineering assignment in MATLAB and write more functionality into my existing programs. These are some of my favorite

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