Journal article
Geometry of Integrable Linkages
Journal of Experimental Mathematics, v 1(1), pp 94-123
28 Feb 2025
Abstract
In analogy with the well-known 2-linkage tractor-trailer problem, we define a 2-linkage problem in the plane with novel non-holonomic “no-slip” conditions. Using constructs from sub-Riemannian geometry, we look for geodesics corresponding to linkage motion with these constraints (“tricycle kinematics”). The paths of the three vertices turn out to be critical points for functionals which appear in the hierarchy of conserved quantities for the planar filament equation, a well known completely integrable evolution equation for planar curves. We show that the geodesic equations are completely integrable, and present a second connection to the planar filament equation.
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Details
- Title
- Geometry of Integrable Linkages
- Creators
- Ron PerlineSergei Tabachnikov
- Publication Details
- Journal of Experimental Mathematics, v 1(1), pp 94-123
- Resource Type
- Journal article
- Language
- English
- Academic Unit
- Mathematics
- Other Identifier
- 991022040181504721