The emergence of generalized square metrics in Finsler geometry can be attributed to various classification concerning $(\alpha,\beta)$-metrics. They have excellent geometric properties in Finsler geometry. Within the scope of this research paper, we...
The emergence of generalized square metrics in Finsler geometry can be attributed to various classification concerning $(\alpha,\beta)$-metrics. They have excellent geometric properties in Finsler geometry. Within the scope of this research paper, we have conducted an investigation into the generalized square metric denoted as $F(x,y)=\frac{[\alpha(x,y)+\beta(x,y)]^{n+1}}{[\alpha(x,y)]^n}$, focusing specifically on its application to the Finslerian hypersurface. Furthermore, the classification and existence of first, second, and third kind of hyperplanes of the Finsler manifold has been established.