Gas-liquid membrane contactors are frequently proposed as promising alternative for
traditional ozone injection methods in water treatment. However, information on successfully …

The finite time thermodynamics is used to perform the thermodynamic analysis of the Stirling
heat engine in this paper, and the multi-objective optimization of the heat engine cycle is …

In recent decades, the world has witnessed a great expansion in the world of technology
and electronics, in addition to the tremendous development in various industries, which has …

Based on the principle that the upgrading of any nation begins by raising the level of
performance of its institutions that serve the community, including the Ministry of Electricity …

Dual-pressure organic Rankine cycle (DPORC) is a technology with great potential to solve
energy problems. This paper performs constructal thermodynamic optimization (CTO) for the …

A constructal thermodynamic optimization model for ocean thermal energy conversion
system (OTECS) with a dual-pressure organic Rankine cycle (DPORC) to make better use of …

Optimization of the heat recovery devices such as heat exchangers (HEs) and cooling
towers is a complex task. In this article, the widely used fin and tube HE (FTHE) is optimized …

Performance analysis and optimization of thermal systems are unprecedentedly crucial in
pursuing higher energy efficiency. However, the precise modeling and high-efficiency …

The primary objective of the current study is to demonstrate the multi-objective, ecological
optimization of an irreversible Stirling cycle-based cryogenic refrigerator. The novelty of the …

Performance improvement of the pumps leads to the reduction in power consumption of
industrial pumping systems. This paper presents an effective approach for the enhancement …