moorepants/BMD2013

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Created over 11 years ago
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moorepants/BMD2013

moorepants

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Abstracts, papers, and work for the 2013 Bicycle and Motorcycle Dynamics conference.

learn-multibody-dynamics

Interactive computational book on multibody dynamics

resonance

Learning Mechanical Vibration Engineering Through Computation

Jupyter Notebook

BicycleParameters

Calculates the geometry, masses, centers of mass, and the moments of inertia of the bicycle rider system.

dissertation

Source for my 2012 UCD dissertation "Human Control of a Bicycle"

DynamicistToolKit

A collection of functions and tools for both theoretical and experimental analysis in the field of dynamics.

mae223

Course website for Jason Moore's UC Davis Multibody Dynamics course

Jupyter Notebook

MotionCapture

Analyzation of data taken from motion capture of a person riding a bicycle.

dotfiles

eme185

Jason K. Moore's UC Davis Mechanical Engineering Capstone Design Course

eme171

Jason K. Moore's UC Davis System Dynamics Course Website

PhysicalParameters

Code to calculate and analyze the physical parameters of a bicycle and rider.

BicycleDAQ

Data acquisition Matlab scripts for an instrumented bicycle.

BMD2016

Files for my submissions to BMD2016

Jupyter Notebook

bin

My helper scripts.

eme134

Jason K. Moore's UC Davis Vehicle Stability Course Website

RiderModel

Development of various bicycle and rider dynamic models.

HumanControl

Model of human lateral control and handling of a bicycle.

DelftBicycleDataViewer

A basic tool to visualize motion and video data from an instrumented bicycle.

bylaws

Davis Bike Collective bylaws

InstrumentedBicycle

Various code related to the instrumented bicycle.

scipy-2013-yeadon

Files and source for a SciPy presentation on the Yeadon package.

MAE-223

Source files from Mont Hubbard's Mutlibody Dynamics class at UC Davis Winter 2006

tu-delft-promotion

My tenure and promotion materials for TU Delft.

DSCC-MOVIC-2012

My conference paper for DSCC/MOVIC 2012

CanonicalBicycleID

System identification of the canonical form of a bicycle's lateral dynamics.

icsc2017.ucdavis.edu

Conference webpage

HumanPowerPresentation

A presentation I give on Human Power

eng122

Website for my UCD ENG 122 Mechanical Vibrations course

Jupyter Notebook

EfficientRoutes

Compare different bicycle routes based on energy and time consumption.

eme150a

Website for my UCD EME150A Mechanical Design course.

Jupyter Notebook

BicycleID

A GTK GUI tool for exploring data resulting from system identification of a bicycle.

curriculum-graph

Simple tool to visualize the UCD MAE curriculum using networkx and graphviz.

application-materials

A collection of my publicly shared (academic) application materials.

bmd-templates

Abstract and paper templates for the Bicycle and Motorcycle Dynamics Conference

SwingBike

Dynamics model of a Swing Bike

intro-to-open-source

Materials for the CSU IEEE Intro to Open Source night.

BicycleSystemID

Software tools for identifying the bicycle/rider model using system identification techniques.

RiderID

Source code for the bicycle rider control system identification in "Rider control identification in bicycling using lateral force perturbation tests", Schwab, de Lange, Happee, Moore, 2013..

moorepants.info

My personal site.

localwiki-tools

Tools for localwiki's (localwiki.org).

render_math

Math Render Plugin For Pelican

me41055

Course website for TU Delft's Multibody Dynamics B course

Jupyter Notebook

BicycleDataProcessor

Processes the data collected from the Davis Instrumented Bicycle.