CLEMENTINE MITCHELL
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    • Lecture Series: The Laws of Attraction
    • Lecture Series: Algorithms
    • The Creation and Fate of Supernovae
    • PTAs for SBMH Binary Detection
    • Galaxy Collisions
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FUNdaMENTALs of Precision Product Design

A Summary of the Lathe Modules:

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​Getting into the Details:

​Kinematic Coupling

I deterministically designed, manufactured and tested a Kinematic Coupling that can be preloaded together, comparing the predicted performance of the coupling with the results obtained via testing.
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Linear Motion Slide

I deterministically designed, manufactured and tested a linear motion module, comparing the predicted performance of the module with the results obtained via testing.
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​Elastically Averaged Coupling

I deterministically designed, manufactured and tested an Elastically Averaged Coupling that can be preloaded together, comparing the coupling's predicted performance with the results obtained via testing.
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Rotational Motion Module

I deterministically designed, manufactured and tested a rotational motion module (or spindle), comparing the predicted performance of the module with the results obtained via testing.
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  • Home
  • About
  • Technical Projects
    • Lecture Series: The Laws of Attraction
    • Lecture Series: Algorithms
    • The Creation and Fate of Supernovae
    • PTAs for SBMH Binary Detection
    • Galaxy Collisions
    • Lathe Building
    • Space Systems Lab: REIFSAT
    • JPL: Canister Insertion Mechanism
    • MASLAB: Autonomous System Competition
    • Autonomous Racecar Competition
    • Man Vehicle Lab: VR Gesture Control
    • NECSTLAB: Unidirectional Carbon Fibers
    • Transcontinental Tandem
  • Outdoor Adventures
    • Running Around
    • Alpine Adventures
    • Climbing Time
  • Contact