Design of a seawater-source heat pump for a bridge heating system in winter season

In this paper, a seawater source heat pump system is designed for a bridge heating in winters. It is probable to freeze of the ways and bridges which may cause many accidents in the cold and snowy weathers. Snow melting system is necessary to prevent the possible accidents and privative situations....

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Bibliographic Details
Main Authors: Gökay Kütükçü, Hakan Demir
Format: Article
Language:English
Published: Pamukkale University 2018-02-01
Series:Pamukkale University Journal of Engineering Sciences
Subjects:
Online Access:https://dergipark.org.tr/tr/pub/pajes/issue/35876/400705
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author Gökay Kütükçü
Hakan Demir
author_facet Gökay Kütükçü
Hakan Demir
author_sort Gökay Kütükçü
collection DOAJ
description In this paper, a seawater source heat pump system is designed for a bridge heating in winters. It is probable to freeze of the ways and bridges which may cause many accidents in the cold and snowy weathers. Snow melting system is necessary to prevent the possible accidents and privative situations. Design of the optimum pipe length of seawater heat exchanger is a critical issue to transfer the maximum heat from the sea. Effects of the pipe diameter, wall thickness, radius of the coil and coil pitch on the heat transfer were shown in this paper. Moreover, friction factor of the helicoidal pipes and energy consumption of pumps were also calculated.
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spelling doaj.art-c3982e73e128464dae233c163b2a0b042023-02-15T16:08:41ZengPamukkale UniversityPamukkale University Journal of Engineering Sciences1300-70092147-58812018-02-01241812218Design of a seawater-source heat pump for a bridge heating system in winter seasonGökay KütükçüHakan DemirIn this paper, a seawater source heat pump system is designed for a bridge heating in winters. It is probable to freeze of the ways and bridges which may cause many accidents in the cold and snowy weathers. Snow melting system is necessary to prevent the possible accidents and privative situations. Design of the optimum pipe length of seawater heat exchanger is a critical issue to transfer the maximum heat from the sea. Effects of the pipe diameter, wall thickness, radius of the coil and coil pitch on the heat transfer were shown in this paper. Moreover, friction factor of the helicoidal pipes and energy consumption of pumps were also calculated.https://dergipark.org.tr/tr/pub/pajes/issue/35876/400705slinky heat exchangerseawater-source heat pumpoptimizationfreezingsarmal ısı değiştiricideniz suyu kaynaklı ısı pompasıoptimizasyondonma
spellingShingle Gökay Kütükçü
Hakan Demir
Design of a seawater-source heat pump for a bridge heating system in winter season
Pamukkale University Journal of Engineering Sciences
slinky heat exchanger
seawater-source heat pump
optimization
freezing
sarmal ısı değiştirici
deniz suyu kaynaklı ısı pompası
optimizasyon
donma
title Design of a seawater-source heat pump for a bridge heating system in winter season
title_full Design of a seawater-source heat pump for a bridge heating system in winter season
title_fullStr Design of a seawater-source heat pump for a bridge heating system in winter season
title_full_unstemmed Design of a seawater-source heat pump for a bridge heating system in winter season
title_short Design of a seawater-source heat pump for a bridge heating system in winter season
title_sort design of a seawater source heat pump for a bridge heating system in winter season
topic slinky heat exchanger
seawater-source heat pump
optimization
freezing
sarmal ısı değiştirici
deniz suyu kaynaklı ısı pompası
optimizasyon
donma
url https://dergipark.org.tr/tr/pub/pajes/issue/35876/400705
work_keys_str_mv AT gokaykutukcu designofaseawatersourceheatpumpforabridgeheatingsysteminwinterseason
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