A rigorous deduction of the force per unit area which acts on any electric conductor surrounded by a linear dielectric fluid at rest is presented. Moreover, it is proved that the Helmholtz stress tensor is one of the infinitely many second-order tensors which yield the stresses acting on the surface of a conductor immersed in the fluid. © 1993 Springer-Verlag.
Traction on a conductor and Helmholtz tensor / Barletta A.; Zanchini E.. - In: ARCHIVE OF APPLIED MECHANICS. - ISSN 0939-1533. - STAMPA. - 64:1(1993), pp. 20-31. [10.1007/BF00792341]
Traction on a conductor and Helmholtz tensor
Barletta A.;Zanchini E.
1993
Abstract
A rigorous deduction of the force per unit area which acts on any electric conductor surrounded by a linear dielectric fluid at rest is presented. Moreover, it is proved that the Helmholtz stress tensor is one of the infinitely many second-order tensors which yield the stresses acting on the surface of a conductor immersed in the fluid. © 1993 Springer-Verlag.File in questo prodotto:
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