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most citedOn Spacetimes Admitting Shear-free, Irrotational, Geodesic Timelike Congruences

42 citations · 92 across the 5 of their papers we have counts for

collaborators

5 papers

gr-qc2000

On space-times admitting shear-free, irrotational, geodesic null congruences

A. M. Sintes, A. A. Coley, D. J. McManus

Space-times admitting a shear-free, irrotational, geodesic null congruence are studied. Attention is focused on those space-times in which the gravitational field is a combination…

gr-qc1994★ 31 cited

Shear-free, Irrotational, Geodesic, Anisotropic Fluid Cosmologies

Des J. Mc Manus, Alan A. Coley

General relativistic anisotropic fluid models whose fluid flow lines form a shear-free, irrotational, geodesic timelike congruence are examined. These models are of Petrov type D,…

gr-qc1994★ 42 cited

On Spacetimes Admitting Shear-free, Irrotational, Geodesic Timelike Congruences

Alan A. Coley, Des J. Mc Manus

A comprehensive analysis of general relativistic spacetimes which admit a shear-free, irrotational and geodesic timelike congruence is presented. The equations governing the models…

gr-qc1992★ 8 cited

Weak-Field Gravity of Revolving Circular Cosmic Strings

Des J. Mc Manus, Michel A. Vandyck

A weak-field solution of Einstein's equations is constructed. It is generated by a circular cosmic string revolving in its plane about the centre of the circle. (The revolution is…

gr-qc1992★ 11 cited

Weak-Field Gravity of Circular Cosmic Strings

Shane J. Hughes, Des J. Mc Manus, Michel A. Vandyck

A weak-field solution of Einstein's equations is constructed. It is generated by a circular cosmic string externally supported against collapse. The solution exhibits a conical sin…