Remote Learning
Preparing for remote learning
- Video showing how students can download and set up Zoom
- Video showing how students can use Zoom in their classes
- Zoom quick start guide for students (PDF & editable PowerPoint)
- Advice to students new to remote learning
- Student resources to keep learning: https://keepteaching.ucdavis.edu/student-resourcesLinks to an external site.
- UC Davis Campus Resources Guide: https://ucdavis.app.box.com/s/3hfpl94pubh73xwjudx4rux1zatkx9bi (Links to an external site.)
- UC Davis Student Resources FAQ: https://ebeler.faculty.ucdavis.edu/resources/faq-student-resourcesLinks to an external site.
Rules, etiquette, and tips for this class
- Only registered students will be permitted in the video conference (unless permission granted from the instructor)
- You must use your official name in the video conference (preferred names or nicknames can be in parentheses)
- Keep your mic muted at all times (unless instructed otherwise)
- Use headphones to reduce microphone/speaker interaction
- You do not have to turn your video or mic on if your environment does not permit you to do so. (Although I would like to see at least some student faces so I'm not talking to a blank screen.)
- Turn off your video if there are distractions in your background. You can set a Zoom background to block out things behind you if you'd like but these images must be tasteful.
- Ask questions by "raising your hand" in the participants window and wait to be called on OR ask questions by typing in the chat window.
- Turning off the video feeds can reduce bandwidth and choppy connections.
- Join the class a few minutes before the official start time.
- The videos will be recorded and shared with the class including audio, text, and video of any students that speak or share.
- Videos of the class are copyrighted and shall not be shared outside of the class participants.
- Standard in-person classroom behavior extends to the virtual classroom. For example, don't eat, talk, or be disruptive. Immaturity and abuse of the video conferencing features will not be tolerated.
- It is a violation of the Code of Academic Conduct and Principles of Community if you disrupt class by abusing the video conference in any way. Inappropriate text, images, or actions will results in rapid decent to a F grade and removal from the course.
Videos
EME 134 Public Youtube Playlist: https://www.youtube.com/watch?v=4jk9H5AB4lM&list=PLK0jeQYhBx8Pv_xLPpvDgckeQv1dODZ_i
Past Course video lectures
- Physical Explanation of Complex Eigenvalues [16:30]: https://youtu.be/ReffvHejFnU
- Pneumatic Tire Dynamics [1:29:26]: https://youtu.be/LxGyuFP16Ng
- Response to feedback from weeks 1-4 [47:16]: https://youtu.be/o2e6gYowqk4
- L27-01 Final Bicycle Equations of Motion [7:49]: https://youtu.be/OiITCEXylGo
- L27-02 Conclusions About Bicycle Equations of Motion [12:00]: https://youtu.be/BOQYFepRtZY
- L27-03 Bicycle Steer/Roll Transfer Function [17:48]: https://youtu.be/oB8qNVA9JGk
- L27-04 Bicycle Negative Feedback Control [25:25]: https://youtu.be/qRi_XxXXEt8
Trains
Conical Wheels
- Numberphile: Stable Rollers: https://youtu.be/Ku8BOBwD4hc
- Aachen train axle model [1:54]: https://youtu.be/vkzgcJGdUnA
- Animation train turning [4:18]: https://youtu.be/agd8B-31bjE
- Bullet train wheel design [9:34]: https://youtu.be/SRsm7mv0Oh8
Hunting
- Train car hunting @ 1:38 [1:51]: https://youtu.be/n-EfKFxGJc4k
- Damaged car hunting @ 1:08 [2:13]: https://youtu.be/JHT-WJWdjEk
- Several cars hunting [2:58]: https://youtu.be/3i-ViwHubeE
- Animation of train truck hunting [0:28]: https://youtu.be/5GwF6x7F1LM
Other
- Train fixed view of wheel and trac [11:05]: https://youtu.be/TTXuAYrgtBE
Tires
- View of tire deforming to show slip angle [0:34]: https://youtu.be/W8UiE7yvO_M
- Drum style tire testing machine [ 1:00]: https://youtu.be/sqs1PSkEMl8
- Articulated arm + flat belt tire testing machine [0:46]: https://youtu.be/96ME_I5s-gQ
- Various tire tests done by Bridgestone [1:23]: https://youtu.be/lfBPnHHT7y0
- Tire testing under large normal force [1:31]: https://youtu.be/nmo_dkNZIHM
- Slow longitudinal stick of dragster tire [0:10]: https://youtu.be/djnnQgEmMsM
Trailers
- U-Haul Instability Demonstration [0:26]: https://youtu.be/4jk9H5AB4lM
- Model of RV trailer dynamics [2:22]: https://youtu.be/KyagKzvJwYw
- Model of car + trailer [2:33]: https://youtu.be/PFzrWHTG5e8
- Model with electronic stability system [2:46]: https://youtu.be/WJUuzifvDYQ
- Simulation of trailers with and with stability system [0:14]: https://youtu.be/qWEHGlDqdcs
Automobiles
- View of winged sprint car front wheel on oval track [2:20]: https://youtu.be/PfdNnyMuEMw
- Beyond the Limits: MARTYkhan [2:57]: https://youtu.be/3x3SqeSdrAE
Bicycles & Motorcycles
Stability
- Bicycles rolling backwards are unstable [0:11]: https://youtu.be/VVrU_PFGAH8
- Bicycle wheel and bicycle stability [1:13]: https://youtu.be/-Bw0BlzOg5M
- Focused view of bicycle roll stability [0:10]: https://youtu.be/l15ChqNMaRw
- Bicycle toy with gyroscope coupled to steering [2:01]: https://youtu.be/OoZHE90rIgI
- Bicycle with an additional front wheel flywheel [0:09]: https://youtu.be/JSNBHvLPmDs
- Children's bicycle with the "gyrowheel" [1:37]: https://youtu.be/YmtPNIu4WI0
- Bicycle with no gyro and no trail [7:38]: https://youtu.be/84Wczsi4vHg
- More info on bicycle with no gyro and no trail [2:38]: https://youtu.be/YdtE3aIUhbU
Countersteering
- Bicyclist utilizing countersteering to turn right [0:07]: https://youtu.be/OdgIvq27hS4
- Simulation of countersteering (Whipple/Carvallo model) [0:05]: https://youtu.be/QDHPBDlZbOs
- Motorcycle countersteering explanation [8:19]: https://youtu.be/ljywO-B_yew
- Motorcycle crash due to steering away from obstacle [3:10]: https://youtu.be/VVE79XT8-Mg
- Bricycle: "The Zero Gravity Bicycle" [3:00]: https://youtu.be/rNQdSfgJDNM
Rear and Opposite Steering Bicycles
- UC Davis Rear Steered Bicycle [3:01]: https://youtu.be/8uqxsLaJFMk
- The Backwards Brain Bicycle - Smarter Every Day 133 [7:57]: https://youtu.be/MFzDaBzBlL0
- Front + Rear Wheel Steer Bicycle: https://youtu.be/ZyU1bNXAsik
- The Swing Bike [1:47]: https://youtu.be/CQyXDd-kPMw
Wobble/Shimmy
- Bicycle speed wobble [0:57]: https://youtu.be/VfngbsIUSj8?t=26
- Dunlop Motorcycle Wobble and Weave [10:12]: https://youtu.be/z3OQTU-kE2s
- Motorcycle wobble and crash [0:16]: https://youtu.be/54fTFm5Dc-I
Robot Bicycles and Motorcycles
- Dutch Automatically Stabilized Motorcycle (ASMO): https://youtu.be/6gjjXx696lA
- Radio Controlled Bicycle [3:00]: https://youtu.be/mT3vfSQePcs
- Murata Boy: The Robot That Can Ride Bicycles [0:53]: https://youtu.be/Srwk-i5aXRQ
- TU Delft - Smart motor in handlebars prevents bicycles from falling over [1:00]: https://youtu.be/rBOQp2uY_lk
- Self Balancing Bicycle Robot [3:44]: https://youtu.be/4UHLRmYNDMQ
- [Undergraduate Project] Balancing Motorcycle: https://youtu.be/SUVtObDFFWY
- Motor Bike Robot [2:58]: https://youtu.be/0312BNqIBFI
- Bicycle Robot [2:06]: https://youtu.be/BAS0d6nMFnc
Aircraft
- Flight control surface explanation [7:20]: https://youtu.be/XxrdhJanotw
- Demonstration of the Phugoid mode [2:51]: https://youtu.be/39_Kp_9G4zU
- Phugoid oscillation [1:15]: https://youtu.be/39_Kp_9G4zU
- F-8 DFBW Pilot Induced Oscillation [0:38]: https://youtu.be/o5tlTGovVuI
- Pilot induced oscillation in glider [2:23]: https://youtu.be/fVbkJlxkfr09
- Pilot induxed oscillation in shuttle landing [1:49]: https://youtu.be/EcQzlXsw1ko
- Fixed wing autonomous obstacle avoidance [2:29]: https://youtu.be/_qah8oIzCwk
- Quadcopter obstacle avoidance [1:46]: https://youtu.be/BzykucxFddI