“…Sobchuk [19,20], N.Y. Yablonskaya [21,22], V.E. Berezovski, J. Mikeš [14,15,[23][24][25][26][27][28][29][30][31][32][33][34][35], O. Belova, J. Mikeš, K. Strambach [36,37], M.S. Stankovič, Lj.S.…”
Section: Introductionmentioning
confidence: 99%
“…) could be written in such form as(n + 1)a iρ 1 ,jρ 2 ...ρ m − a jρ 1 ,iρ 2 ...ρ m − a ij,ρ 1 ρ 2 ...ρ m = −Ω ijρ 1 ρ 2 ...ρ m . (36)Let us interchange the indices j and ρ 1 in(36) and symmetrize in the indices i and ρ 1 . Then we have a ij,ρ 1 ρ 2 ...ρ m + a jρ 1 ,iρ 2 ...ρ m = − 1 n Ω (iρ 1 )jρ 2 ...ρ m + 2 n a iρ 1 , jρ 2 ...ρ m .…”
In the paper we consider almost geodesic mappings of the first type of spaces with affine connections onto generalized 2-Ricci-symmetric spaces, generalized 3-Ricci-symmetric spaces, and generalized m-Ricci-symmetric spaces. In either case the main equations for the mappings are obtained as a closed system of linear differential equations of Cauchy type in the covariant derivatives. The obtained results extend an amount of research produced by N.S. Sinyukov, V.E. Berezovski, J. Mikeš.
“…Sobchuk [19,20], N.Y. Yablonskaya [21,22], V.E. Berezovski, J. Mikeš [14,15,[23][24][25][26][27][28][29][30][31][32][33][34][35], O. Belova, J. Mikeš, K. Strambach [36,37], M.S. Stankovič, Lj.S.…”
Section: Introductionmentioning
confidence: 99%
“…) could be written in such form as(n + 1)a iρ 1 ,jρ 2 ...ρ m − a jρ 1 ,iρ 2 ...ρ m − a ij,ρ 1 ρ 2 ...ρ m = −Ω ijρ 1 ρ 2 ...ρ m . (36)Let us interchange the indices j and ρ 1 in(36) and symmetrize in the indices i and ρ 1 . Then we have a ij,ρ 1 ρ 2 ...ρ m + a jρ 1 ,iρ 2 ...ρ m = − 1 n Ω (iρ 1 )jρ 2 ...ρ m + 2 n a iρ 1 , jρ 2 ...ρ m .…”
In the paper we consider almost geodesic mappings of the first type of spaces with affine connections onto generalized 2-Ricci-symmetric spaces, generalized 3-Ricci-symmetric spaces, and generalized m-Ricci-symmetric spaces. In either case the main equations for the mappings are obtained as a closed system of linear differential equations of Cauchy type in the covariant derivatives. The obtained results extend an amount of research produced by N.S. Sinyukov, V.E. Berezovski, J. Mikeš.
“…The theory of affine connections is widely used in physics [17][18][19][20][21] and by studying geodesics [22] (see, e.g., [23][24][25][26][27][28]).…”
Our purpose is to study a space Π of centered m-planes in n-projective space. Generalized fiberings (with semi-gluing) are investigated. Planar and normal affine connections associated with the space Π are set in the generalized fiberings. Fields of these affine connection objects define torsion and curvature tensors. The canonical cases of planar and normal generalized affine connections are considered.
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