http://dx.doi.org/10.4153/CMB-2000-051-9
Canad. Math. Bull. 43(2000), 427-439
Published:2000-12-01 Printed: Dec 2000
Features coming soon:
Citations (via CrossRef)
Tools:
Search Google Scholar:
Abstract
Travelling wave solutions to the vortex filament flow generated by
elastica produce surfaces in $\R^3$ that carry mutually orthogonal
foliations by geodesics and by helices. These surfaces are classified
in the special cases where the helices are all congruent or are all
generated by a single screw motion. The first case yields a new
characterization for the B\"acklund transformation for constant
torsion curves in $\R^3$, previously derived from the well-known
transformation for pseudospherical surfaces. A similar investigation
for surfaces in $H^3$ or $S^3$ leads to a new transformation for
constant torsion curves in those spaces that is also derived from
pseudospherical surfaces.
© Canadian Mathematical Society, 2013
|