Wolfram Research
Mathematica
MathWorld
Wolfram Science
More »
HOME
TOPICS
LATEST
ABOUT
FAQS
PARTICIPATE
AUTHORING AREA
Elliptic Gears
Elliptic gears can be used to transform constant rotation into nonconstant rotation. When the orange gear rotates at a constant rate the blue gear rotation is first slow and then fast.
Contributed by:
Harry Calkins
X
X
X
Snapshot 1: The position of the gears when the red gear has rotated through and angle of 2.54 radians.
Snapshot 2: Position where the blue gear is rotating fastest.
Snapshot 3: Position where the blue gear is rotating slowest.
"
Elliptic Gears
" from
The Wolfram Demonstrations Project
http://demonstrations.wolfram.com/EllipticGears/
Contributed by:
Harry Calkins
Report an issue »
Curves
Ellipses
Machines
Mechanical Engineering
Plane Geometry
High School Physics
Middle School Science
School Applied Sciences
Browse all topics
Browse all education topics
Elliptical Drive
Meshing Involute Gear Teeth
Maximum Size of Involute Gear Teeth
Parabolic Envelope from Congruent Triangles
Square-Hole Drill in Three Dimensions
An Elliptic Identity
Mechanical Involute Gears
Gear Shifting
Five-Gear Manual Transmission
Linkage Inverting Figure-Eight Curves
Email
Link to URL
Embed
Bookmark
Make a new version of this Demonstration
Upload a new Demonstration
Note: To run this Demonstration you need the free
Mathematica Player
or
Mathematica 7+
Download or upgrade to
Mathematica Player 7
I already have
Mathematica Player
or
Mathematica 7+