A global view is given upon the study of collapsing shear-free perfect fluid spheres with heat
flow. We apply a compact formalism, which simplifies the isotropy condition and the …

In this paper, we employ the Karmarkar condition to model a spherically symmetric radiating
star undergoing dissipative gravitational collapse within the framework of classical general …

This manuscript is devoted to a general study on axial and reflection-symmetric self-
gravitating sources in the background of f (R, T) gravity, where T represents the trace of …

In this paper we employ the Karmarkar condition (Proc Indian Acad Sci A 27: 56, 1948) to
model a spherically symmetric radiating star undergoing dissipative gravitational collapse in …

We employ a perturbative scheme to study the evolution of a spherically symmetric stellar
body undergoing gravitational collapse in the presence of heat dissipation and anisotropic …

We derive the junction conditions for a general higher dimensional spherically symmetric
radiating star across a comoving surface with an electromagnetic field. The charged …

The current study investigates a class of an exact analytical solutions of shear-free and
spherically symmetric gravitational collapse of Karmarkar star in the minimally coupled f (R) …

We study realistic models of relativistic radiating stars undergoing gravitational collapse
which have vanishing Weyl tensor components. Previous investigations are generalized by …

In this paper, we have used the Karmarkar condition to the spherically symmetric non-static
radiating star experiencing dissipative gravitational collapse with a heat flux in the …

This work has investigated the outcomes of spherically symmetric radiating dissipative
gravitational collapse model with anisotropic heat conducting matter distribution by imposing …