The optimization of the total annual cost in heat exchanger networks has been one of the
overarching goals when synthesizing these networks. Several methodologies and …

We studied Rankine power and absorption cooling cycles using a dual mixture of water and
ammonia as the working fluid and power and cooling cycles generated simultaneously …

A performance calculation method based on heat transfer unit (HTU) simulation is proposed
to calculate heat transfer capacity and air-side pressure drop of Annular radiator (AR), which …

In present research, an experimental and numerical study investigated for heat transfer of
non-Newtonian nanofluid flows in corrugated tubes under constant heat flux which are …

In this study, the numerical analysis was studied about mixed convection of sodium alginate
(non Newtonian Pseudoplastic fluid) with Nano particle in a two dimensional rectangular …

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 …

Shell-and-tube heat exchanger is designed to satisfy certain requirements such as heat
transfer capability, allowable pressure drop and limitation of size. Beside such requirements …

This paper investigated an optimization model for heat exchanger network by detailed
design method for each heat exchanger unit. Particle swarm optimization technique is used …

This paper aims to minimize the total annual cost for a shell and tube heat exchanger based
on optimization algorithms. The total annual cost is the sum of the initial cost for the …

This paper examines the total annual cost from economic view heat exchangers based on
Ant colony optimization algorithm and compared the using optimization algorithm in the …