AbstractThe Szeged index Sz is a recently introduced graph invariant, having applications in chemistry. In this paper, a formula for the Szeged index of Cartesian product graphs is obtained and some other composite graphs are considered. We also prove that for all connected graphs, Sz is greater than or equal to the sum of distances between all vertices. A conjecture concerning the maximum value of Sz is put forward
AbstractThe Wiener index is the sum of distances between all vertex pairs in a connected graph. This...
Let W (G) and Sz(G) be the Wiener index and the Szeged index of a connected graph G. It is proved th...
AbstractWe study distance-based graph invariants, such as the Wiener index, the Szeged index, and va...
AbstractThe Szeged index Sz is a recently introduced graph invariant, having applications in chemist...
Abst rac t--The Szeged index Sz is a recently introduced graph invariant, having applications in che...
AbstractWe study distance-based graph invariants, such as the Wiener index, the Szeged index, and va...
AbstractLet G be a connected graph and η(G)=Sz(G)−W(G), where W(G) and Sz(G) are the Wiener and Szeg...
AbstractLower and upper bounds on Szeged index of connected (molecular) graphs are established as we...
The Szeged index is a new topological index based on distances between the vertices of a graph. The ...
The edge Szeged index of a molecular graph G is defined as the sum of products mu(e|G)mv(e|G) over a...
AbstractEliasi and Taeri [Extension of the Wiener index and Wiener polynomial, Appl. Math. Lett. 21 ...
We resolve two conjectures of Hri\v{n}\'{a}kov\'{a}, Knor and \v{S}krekovski (2019) concerning the r...
We resolve two conjectures of Hriňáková et al. (2019)[10] concerning the relationship between the va...
Research Division, Laxmi Pest and Fumigation Pvt. Ltd., 3 Khatipura, Indore-452 007, India School o...
Let G be a connected graph and ξ(G) = Sze(G) - We(G), where We(G) denotes the edge Wiener index and ...
AbstractThe Wiener index is the sum of distances between all vertex pairs in a connected graph. This...
Let W (G) and Sz(G) be the Wiener index and the Szeged index of a connected graph G. It is proved th...
AbstractWe study distance-based graph invariants, such as the Wiener index, the Szeged index, and va...
AbstractThe Szeged index Sz is a recently introduced graph invariant, having applications in chemist...
Abst rac t--The Szeged index Sz is a recently introduced graph invariant, having applications in che...
AbstractWe study distance-based graph invariants, such as the Wiener index, the Szeged index, and va...
AbstractLet G be a connected graph and η(G)=Sz(G)−W(G), where W(G) and Sz(G) are the Wiener and Szeg...
AbstractLower and upper bounds on Szeged index of connected (molecular) graphs are established as we...
The Szeged index is a new topological index based on distances between the vertices of a graph. The ...
The edge Szeged index of a molecular graph G is defined as the sum of products mu(e|G)mv(e|G) over a...
AbstractEliasi and Taeri [Extension of the Wiener index and Wiener polynomial, Appl. Math. Lett. 21 ...
We resolve two conjectures of Hri\v{n}\'{a}kov\'{a}, Knor and \v{S}krekovski (2019) concerning the r...
We resolve two conjectures of Hriňáková et al. (2019)[10] concerning the relationship between the va...
Research Division, Laxmi Pest and Fumigation Pvt. Ltd., 3 Khatipura, Indore-452 007, India School o...
Let G be a connected graph and ξ(G) = Sze(G) - We(G), where We(G) denotes the edge Wiener index and ...
AbstractThe Wiener index is the sum of distances between all vertex pairs in a connected graph. This...
Let W (G) and Sz(G) be the Wiener index and the Szeged index of a connected graph G. It is proved th...
AbstractWe study distance-based graph invariants, such as the Wiener index, the Szeged index, and va...