In the last two decades research on shell-and-tube heat exchangers design has advanced
focusing mainly on design optimization problems. While literature focused on applying a …

The paper presents an economic optimization of a STHX with two commonly adopted (ie,
Kern and Bell-Delaware) and one rarely explored (ie, Wills-Johnston) methods. A detailed …

Shell-and-tube heat exchangers (STHEs) are widely used type of heat exchangers in the
industrial applications. Due to the high usage, it is essential to design the STHEs with …

This theoretical research study proposes a novel Chaotic Quasi-Oppositional Arithmetic
Optimization Algorithm (COAOA) for thermo-economic optimization of a shell and tube …

Abstract Closed Loop-Pulsating Heat Pipes (CL-PHPs) are a promising heat transfer
technologies known for their efficient and versatile thermal management capabilities. This …

A compact and cost-effective heat exchanger kit was successfully designed, built, and
implemented in an undergraduate pharmaceutical engineering course on heat and mass …

Purpose The purpose of this study is to provide a method for designing the shell and tube
heat exchangers and examine the total annual cost of heat exchanger networks from the …

Variability and uncertainty often strongly affect the industrial environment. When this
happens, it is impossible to neglect uncertainty, ensuring that this does not lead to incorrect …

The objective of this research work is to obtain optimum values of the parameters, namely
mass flow rate of hot and cold fluids, hot fluid inlet temperature so as to maximize heat …

Compact heat exchangers are one of the main stream components in automotive
applications like heavy vehicles of transportation. The application-based research needs …