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MIT LAE

MIT Laboratory for Aviation and the Environment

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  1. TASOPT.jl TASOPT.jl Public

    Medium fidelity aircraft-propulsion system design and optimization.

    Julia 29 16

  2. pyna pyna Public

    the python Noise Assessment tool to assess aircraft noise during take-off and landing operations

    Jupyter Notebook 20 5

  3. APCEMM APCEMM Public

    Aircraft Plume Chemistry, Emissions, and Microphysics Model

    C++ 9 17

  4. IdealGases.jl IdealGases.jl Public

    Julia package to model thermodynamics of ideal gas mixtures.

    Julia 6 3

  5. Contrail_height_estimation Contrail_height_estimation Public

    he code in this repository can be used to collocate contrails detected on GOES-16 imagery in CALIOP LIDAR data. The same can be done for cirrus clouds. The resulting data can be used to, amongst ot…

    Jupyter Notebook

  6. AEIC AEIC Public

    Aircraft Emissions Inventory Code

    3

Repositories

Showing 6 of 6 repositories
  • TASOPT.jl Public

    Medium fidelity aircraft-propulsion system design and optimization.

    MIT-LAE/TASOPT.jl’s past year of commit activity
    Julia 29 MIT 16 21 13 Updated Feb 14, 2025
  • AEIC Public

    Aircraft Emissions Inventory Code

    MIT-LAE/AEIC’s past year of commit activity
    0 MIT 3 0 0 Updated Feb 11, 2025
  • pyna Public

    the python Noise Assessment tool to assess aircraft noise during take-off and landing operations

    MIT-LAE/pyna’s past year of commit activity
    Jupyter Notebook 20 MIT 5 6 0 Updated Jan 27, 2025
  • APCEMM Public

    Aircraft Plume Chemistry, Emissions, and Microphysics Model

    MIT-LAE/APCEMM’s past year of commit activity
    C++ 9 MIT 17 6 1 Updated Jan 4, 2025
  • IdealGases.jl Public

    Julia package to model thermodynamics of ideal gas mixtures.

    MIT-LAE/IdealGases.jl’s past year of commit activity
    Julia 6 MIT 3 2 0 Updated Nov 7, 2024
  • Contrail_height_estimation Public

    he code in this repository can be used to collocate contrails detected on GOES-16 imagery in CALIOP LIDAR data. The same can be done for cirrus clouds. The resulting data can be used to, amongst others, develop a contrail altitude estimation algorithm.

    MIT-LAE/Contrail_height_estimation’s past year of commit activity
    Jupyter Notebook 0 MIT 0 0 0 Updated Sep 9, 2024

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