Search for tag: "bicycle model"

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MAE 4710/5710 Applied Dynamics duration 54 minutes 0 seconds MAE 4710/5710 Applied Dynamics MAE 4710/5710 Applied Dynamics	MAE 4710/5710 Applied Dynamics Zoom Recording ID: 200816800 UUID: 37FKHmH+T2+7oCWSSNw4Jg== Meeting Time: 2020-05-11T15:51:42Z angular velocity control system bicycle model energy concepts in physics students working cybernetics oral communication perfect model buzzing sounds education main thing energetic cost automotive dynamics big cost perfect airplane angle thermodynamics lateral acceleration steering angle front wheel control theory control engineering kinematics caption complete pretty good people talk analytic geometry systems engineering rear wheel amateur radio students wheel base perfect wheel senior class didactics steering wheel vehicle technology blah blah systems theory real bicycle sideways acceleration physical quantities mathematically correct high gain natural resources educational psychology geometry linear algebra motion office hours short discussion pay attention dot product From Andy Ruina 7 plays
MAE 4710/5710 Applied Dynamics duration 1 hour 49 minutes MAE 4710/5710 Applied Dynamics MAE 4710/5710 Applied Dynamics	MAE 4710/5710 Applied Dynamics Zoom Recording ID: 200816800 UUID: LgWZ/t/lRjmbM4fLwnE7Ww== Meeting Time: 2020-05-06T16:13:08Z differential equations major cities complicated geometry human–machine interaction road cycles tight circle black hole frame front bicycles contact point call fission teaching bicycle talk oral exam rear wheel anger management dark matter track stand backward motion horrible idea center mass car safety automotive steering technologies minimum radius final project sports clothing ice skates driving techniques professional airplane kinematic model paying attention rigid object tires motorcycle race linear differential equations oversteer understeer outer space quirky guy mass moves support point space vertical force super high pressure point sideways oral communication flight dynamics point moves minute left tight rope quick things constant speed training wheels left turn sideways force steering axis geometry interesting thing move sideways wheels making sounds forward motion vertical axis professor kirby rolling pin bicycle wheel cycling computer simulations imaginary parts train people steering angle support point sideways exponential solutions low speed mass sideways large angles physical activity and dexterity toys steering wheel vehicle technology mathematical property real bicycle funny story wheel touches equivalent force high pressure tires rail technologies cycling safety american soul musical groups bicycle model statically equivalent support point moves quarter car turn left big force 2nd order bicycle parts general solution caption complete front wheel moves farther parallel parking good model hosiery real parts bicycle fall auto parts lateral motion reaction force center pressure bicycle problem educational psychology automobiles fat tire cycle types conscious control keeping things bicycle balancing From Andy Ruina 7 plays