This paper introduces a dimensionless simplified mathematical model of a vapor
compression refrigeration (VCR) system, in order to optimize the system dynamic response …

In this work, two transient mathematical models are presented for simulating a vapor
compression refrigeration system of domestic refrigerator using R134a. One, the thermal …

This paper presents a dynamic three-dimensional volume element model of a parabolic
trough solar collector coupled to an existing semi-finite optical model for simulation and …

We present herein the development, experimental validation, and application of a volume
element model for 3D dynamic building thermal simulation. The 3D spatial domain in the …

This work uses an experimentally validated mathematical model to maximize alkaline
membrane fuel cell (AMFC) stacks net power output. Temperature distribution, efficiency …

This paper introduces a mathematical model and a structured procedure to optimize the
internal structure (heat exchanger areas) and pressure ratio of a vapor compression …

This study investigates the possibility of hydrogen production from microalgae depending on
temperature, and cultivation medium microalgae, oxygen and carbon dioxide concentrations …

Recent paradigm-shifting research has revealed that the thermodynamic feedback
mechanisms which underlie physics, chemistry and biology have corresponding parallel …

This paper presents the mathematical formulation and unique capability of a system-level
ship thermal management tool, vemESRDC, developed to provide quick ship thermal …

The increasing on energetic efficiency of household vapor compression refrigeration
systems brings about a substantial impact in the energy consumption: about 17% of the …