A dynamical analysis of a spherically symmetric collapsing star surrounded by a locally
anisotropic environment under an expansion-free condition is presented in f (R, T) f (R, T) …

This paper deals with the dynamics of charged plane symmetric collapse with dissipative
fluid distribution in the framework of energy–momentum squared gravity. For this purpose …

In this paper, we investigate the role of electromagnetic field on the stability regions of
charged self-gravitating compact objects by using the concept of cracking. For this purpose …

We study the cracking of compact object PSR J1614‐2230 in quadratic regime with
electromagnetic field. For this purpose, we develop a general formalism to determine the …

The present study deals with the spherically symmetric distributions of dust dissipative fluids
with a central vacuum cavity, evolving under the condition of vanishing of expansion scalar …

We study the implications of R n extension of Starobinsky model on dynamical instability of
Vorticity-free axially symmetric gravitating body. The matter distribution is considered to be …

This study explores the impact of f (G, T) gravity, where G is the Gauss Bonnet invariant and
T is the trace of the energy–momentum tensor, on the adiabatic anisotropic spherical …

In this paper, we have checked the stability of some anisotropic charged generalized
polytropic models by using the concept of cracking, founded by Nasim and Azam (Astrophys …

We consider the distribution of spherically symmetric self-gravitating non-dissipative (but
anisotropic) fluids under the expansion-free condition which requires the existence of …

This paper analyzes the stability of a collapsing matter distribution enclosed by plane
symmetry in the presence of electromagnetic field. The field equations, matching conditions …