Bifurcating electric wires
Copyright policy )Bifurcating electric wires
The stationary states of a string through which an electric current is sent and which is placed in an axial magnetic field, are investigated. Using methods of constrained variational principles, it is shown that, in case the string is inextensible, only those stationary states which have least total potential energy are stable.
- Radboud University Nijmegen Netherlands
- University of Twente Netherlands
electric current, Bifurcation and buckling, IR-56152, constrained variational principles, Other numerical methods in solid mechanics, least total potential energy, Hamilton's principle, inextensible, Electromagnetic effects in solid mechanics, Strings, axial magnetic field, Variational principles of physics, stable stationary states
electric current, Bifurcation and buckling, IR-56152, constrained variational principles, Other numerical methods in solid mechanics, least total potential energy, Hamilton's principle, inextensible, Electromagnetic effects in solid mechanics, Strings, axial magnetic field, Variational principles of physics, stable stationary states
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