This paper introduces a new consideration in the well known chemostat model of a one-
species with a periodic input of single nutrient with period ω, which is described by a system …

We propose an optimal control problem to determine the best aeration strategy for aerobic
biodegradation in a composting cell. The goal is to minimize the deviation of the oxygen …

We give an new proof of the well-known competitive exclusion principle in the chemostat
model with $ n $ species competing for a single resource, for any set of increasing growth …

In this paper, the dynamical behavior of a SEIR epidemic system that takes into account
governmental action and individual reaction is investigated. The transmission rate takes into …

This paper revisits a recently introduced chemostat model of one–species with a periodic
input of a single nutrient which is described by a system of delay differential equations …

The goal of this research was to identify, characterize, and gain insight into the oscillatory
thermal instability of hydrogen peroxide decomposition reaction. The experimental data …

In this paper, we incorporate stoichiometry into a competition model in chemostat culture.
We first discuss the dynamics of this stoichiometric chemostat model for single algae …

A novel stochastic turbidostat model is proposed and investigated in this paper. Firstly, we
verify the existence and uniqueness of the positive solution for the model. Secondly …

This paper studied the bifurcation phenomena that can occur in a continuous bioreactor for
lipid-rich biomass production using Rhodococcus opacus that feeds on refinery wastewater …

We analyze the steady-state operation of a generalized reactor model that encompasses a
continuous flow bioreactor and an idealized continuous flow membrane reactor as limiting …