This paper focuses on the finite physical dimensions thermodynamics (FPDT)-based design
of combined endoreversible power and refrigeration cycles (CCHP). Four operating …

This paper develops simplifying entropic models of irreversible closed cycles. The entropic
models involve the irreversible connections between external and internal main operational …

A finite time thermodynamic model is established to analyze the performance of a heat
regenerative cycle in porous medium (PM) engine. The relations between the power output …

The paper presents a comparative thermodynamic analysis of irreversible closed Brayton
engine cycles for two working fluids and for four imposed thermodynamic parameters. The …

The paper develops generalizing entropic approaches of irreversible closed cycles. The
mathematical models of the irreversible engines (basic, with internal regeneration of the …

This paper focuses on the finite physical dimensions thermodynamics (FPDT) based design
of combined endoreversible power and refrigeration cycles (CCHP). Four operating …

The paper is analysing the performances (COP, power and, heating heat rate function of
time) for a ground-coupled heat pump that is used to heat a space during winter, for a period …

The paper develops generalizing entropic approaches of irreversible closed cycles. The
mathematical models might be applied to four possible operating irreversible trigeneration …

The paper compares the performances of two irreversible heat pump-based heating systems
operating in variable conditions and, controlled by the variable temperatures of the heat …