In this article, we have investigated the role of bulk viscosity to study the accelerated
expansion of the universe in the framework of modified f (Q) gravity. The gravitational action …

In this paper, we investigate a cosmological model based on viscous f (R, T) gravity as a
potential alternative to dark energy. This model incorporates bulk viscosity and is analyzed …

In this article, we attempt to describe the cosmic late-time acceleration of the universe in the
framework of f (R, L m) gravity, by using an effective equation of state, when bulk viscosity is …

This study investigates a bulk viscous fluid anisotropic cosmological model with f (Q) gravity.
Here, Q stands for the nonmetricity factor that drives gravitational interaction. We …

In this article, we consider a newly proposed parameterization of the viscosity coefficient ζ,
specifically ζ= ζ ̄ 0 Ω ms H, where ζ ̄ 0= ζ 0 Ω m 0 s within the coincident f (Q) gravity …

This article explores the impact of bulk viscosity on understanding the universe's accelerated
expansion within the context of modified f (T, T) gravity, which is an extension of the f (T) …

We investigate the influence of bulk viscosity on late-time cosmic acceleration within an
extended f (Q, L m) gravity framework, where the non-metricity Q is non-minimally coupled …

The standard formulation of general relativity fails to describe some recent interests in the
universe. It impels us to go beyond the standard formulation of gravity. The f (Q) gravity …

We propose a new model for the viscosity of cosmic matters, which can be applied to
different epochs of the universe. Using this model, we include the bulk viscosities as …

In this article, the viscous fluid cosmological model is analyzed in the framework of recently
proposed f (Q) f(Q) gravity by assuming three different forms of bulk viscosity coefficients …