Thermal Science and Engineering

    ISSN:

2578-1782 (Online)

Journal Abbreviation:

Therm. Sci. Eng.

Thermal Science and Engineering (TSE) is an international open access journal that publishes original, high-quality research articles that span activities ranging from fundamental thermodynamic scientific research to the applied discussion of maximising thermodynamic efficiencies and minimising all heat losses. Topics cover thermal biology, nanotechnology, thermal energy transport, thermodynamics, thermal medical systems, and devices, etc.

Interests include related to all areas of thermal science and engineering, but are not limited to:

  1. Energy systems, efficiency, and sustainability
  2. Manufacturing of micro and macro devices
  3. Solar system
  4. Refrigeration system
  5. Combustion system
  6. Petrochemical processing
  7. Thermal transfer processes in the traditional fields
  8. Thermal biological and medical system
  9. New understanding of heat, air, moisture transfer, etc.

 

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As part of the submission process, authors are required to check off their submission's compliance with all of the following items, and submissions may be returned to authors that do not adhere to these guidelines.

  1. The submission has not been previously published, nor is it under the consideration of another journal (or an explanation has been provided in Comments to the Editor).
  2. The submission file is in Microsoft Word format.
  3. Where available, URLs for the references have been provided.
  4. The text adheres to the stylistic and bibliographic requirements outlined in the Author Guidelines, which is found in About the Journal.
  5. If submitting to a peer-reviewed section of the journal, the instructions in Ensuring a Blind Review have been followed.
 

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Article Processing Charges (APCs)

Thermal Science and Engineering is an Open Access Journal under EnPress Publisher. All articles published in Thermal Science and Engineering are accessible electronically from the journal website without commencing any kind of payment. In order to ensure contents are freely available and maintain publishing quality, Article Process Charges (APCs) are applicable to all authors who wish to submit their articles to the journal to cover the cost incurred in processing the manuscripts. Such cost will cover the peer-review, copyediting, typesetting, publishing, content depositing and archiving processes. Those charges are applicable only to authors who have their manuscript successfully accepted after peer-review.

Journal TitleAPCs
Thermal Science and Engineering$1000

We encourage authors to publish their papers with us and don’t wish the cost of article processing fees to be a barrier especially to authors from the low and lower middle income countries/regions. A range of discounts or waivers are offered to authors who are unable to pay our article processing charges. Authors can write in to apply for a waiver and requests will be considered on a case-by-case basis.


Vol 6, No 2 (Published)

Table of Contents

Open Access
Original Research Article
Article ID: 2188
PDF
by Fangtian Sun, Xiaoqing Zhao, Wanqing Xu, Zhicheng Wang, Yonghua Xie
Therm. Sci. Eng. 2023 , 6(2);    434 Views
Abstract Due to short cost-effective heat transportation distance, the existing geothermal heating technologies cannot be used to develop the deep hydrothermal type geothermal fields situated far away from urban area. To solve the problem, a new multi-energy source coupling a low-temperature sustainable central heating system with a multifunctional relay energy station is put forward. As for the proposed central heating system, a compression heat pump integrated with a heat exchanger in the heating substation and a gas-fired water/lithium bromide single-effect absorption heat pump in the multifunctional relay energy station are used to lower return temperature of the primary network step by step. The proposed central heating system is analyzed by using thermodynamics and economics, and matching relationships between design temperature of return water and main line length of the primary network are discussed. The studied results indicate that, as for the proposed central heating system, the cost-effective main line length of the primary network can approach 33.8 km, and the optimal design return temperature of the primary network is 23 ℃. Besides, annual coefficient of performance and annual exergy efficiency of the proposed central heating system are about 3.01 and 42.7%, respectively.
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Open Access
Original Research Article
Article ID: 2029
PDF
by Zhipeng Yao, Yujiao Shang, Yuping Shang
Therm. Sci. Eng. 2023 , 6(2);    277 Views
Abstract Nowadays, oil is not only a necessary energy for industrial development but also an important strategic resource for the international economy. Previously, many factors led to a sharp rise in international crude oil prices. Therefore, it is of great significance to explore the influence mechanism between oil price fluctuation and the macroeconomy. In this paper, the VAR model is used to quantitatively analyze the dynamic relationship between oil price, China’s GDP, China’s CPI and oil import volume, and the orthogonal impulse response analysis and Granger causality test are carried out.The results show that China’s crude oil import volume is the granger factor of GDP, that is, the early changes in China’s crude oil import can effectively explain the changes in China’s GDP. China’s CPI and GDP show a short-term inverse response, and the change in the data is more dependent on the data of the previous quarter. Given the above problems, this paper proposes that China should attach importance to the long-term stability of oil exploitation, reserves, and oil market, and maintain the stability of the oil trade market by adjusting macroeconomic and gasoline prices when necessary.
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Open Access
Original Research Article
Article ID: 2292
PDF
by Abu Rayhan, Mahmidul Hasan Bhuiyan, Sk. A. Shezan, Fatin Ishraque, Altab Hossain, Siam Iqbal, Mehedi Hasan, Sharmin Akter Asha
Therm. Sci. Eng. 2023 , 6(2);    264 Views
Abstract The challenge of rural electrification has become more challenging today than ever before. Grid-connected and off-grid microgrid systems are playing a very important role in this problem. Examining each component’s ideal size, facility system reactions, and other microgrid analyses, this paper proposes the design and implementation of an off-grid hybrid microgrid in Chittagong and Faridpur with various load dispatch strategies. The hybrid microgrids with a load of 23.31 kW and the following five dispatch algorithms have been optimized: (i) load following, (ii) HOMER predictive, (iii) combined dispatch, (iv) generator order, and (v) cycle charging dispatch approach. The proposed microgrids have been optimized to reduce the net present cost, CO 2 emission, and levelized cost of energy. All five dispatch strategies for the two microgrids have been analyzed in HOMER Pro. Power system reactions and feasibility analyses of microgrids have been performed using ETAP simulation software. For both the considered locations, the results propound that load following is the outperforming approach having the lowest energy cost of $0.1728/kWh, operational cost of $2944.13, present cost of $127,528.10, and CO 2 emission of 2746 kg/year for the Chittagong microgrid and lowest energy cost of $0.2030/kWh, operating cost of $3530.34, present cost of 149,287.30, and CO 2 emission of 3256 kg/year for Faridpur microgrid with a steady reaction of the power system.
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Open Access
Original Research Article
Article ID: 2487
PDF
by Antonio Campo
Therm. Sci. Eng. 2023 , 6(2);    218 Views
Abstract Heat conduction theory stipulates that two thermo-physical properties of materials: the thermal conductivity “ k ” and the thermal diffusivity “ ” influence the temperature evolution in regular and irregular bodies as a response to various cooling/heating conditions. The traditional statement involving the two thermo-physical properties is examined at length in the present study for the case of a semi-infinite region. The primary objective of the present study is to investigate the influence of the less known thermo-physical property called the thermal effusivity “ e ” on the incipient surface temperature raise in a semi-infinite body affected by uniform surface heat flux. The secondary objective of the study is to identify a key figure-of-merit named the dimensionless threshold time that separates the incipient temperature elevation in a semi-infinite region from the incipient temperature elevation in a large wall of finite thickness under the same uniform surface heat flux . The outcome of the methodical analysis suggests that the accurate estimate for the dimensionless threshold time  in the semi-infinite region should be 0.10.
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Open Access
Review Article
Article ID: 2568
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by Khawla Sleiman, Stefan Van Vaerenbergh, Tayssir Hamieh
Therm. Sci. Eng. 2023 , 6(2);    245 Views
Abstract A salinity gradient solar pond (SGSP) is a large and deep artificial basin of layered brine, which collects and stores-simultaneously-solar energy for use in various applications. Experimental and theoretical studies have been launched to understand the thermal behavior of SGSPs, under different operating conditions. This article then traces the history of SGSPs, from their natural discovery to their current artificial applications and the progress of studies and research, according to their chronological sequence, in terms of determining their physical and dynamic aspects, their operation, management and maintenance. It has extensively covered the theoretical and experimental studies, as well as the direct and laboratory applications of this technology, especially the most famous and influential in this field, classified according to the aspect covered by the study, with a comparison between the different results obtained. In addition, it highlighted the latest methods to improve the performance of an SGSP and facilitate its operation, such as the use of a magnetic field and the adoption of remote data acquisition, in the aim of expanding research and enhancing the benefit of this technology.
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Open Access
Review Article
Article ID: 5268
PDF
by Jim Baird
Therm. Sci. Eng. 2023 , 6(2);    158 Views
Abstract Global warming is a thermodynamics problem. When excess heat is added to the climate system, the land warms more quickly than the oceans due to the land’s reduced heat capacity. The oceans have a greater heat capacity because of its higher specific heat and the heat mixing in the upper layer of the ocean. Thermodynamic Geoengineering (TG) is a global cooling method which deployed at scale would generate 1.6 times the world’s current supply of primary energy and remove carbon dioxide (CO 2 ) from the atmosphere. The cooling would mirror the ostensible 2008–2013 global warming hiatus. At scale 31,000 1-gigawatt (GW) ocean thermal energy conversion (OTEC) plants are estimated to be able to: a) displace about 0.8 watts per square meter (W/m 2 ) of average global surface heat from the surface of the ocean to deep water that could be recycled in 226-year cycles, b) produce 31 terawatts (TW) (relative to 2019 global use of 19.2 TW and c) absorb about 4.3 Gt CO 2 per year from the atmosphere by cooling the surface. The estimated cost of these plants is $2.1 trillion per year or 30 years to ramp up to 31,000 plants which are replaced as needed thereafter. Compared for example to the cost of world oil consumption that in 2019 was $2.3 trillion for 11.6 TW. The cost of the energy generated is estimated at $0.008/KWh.
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Announcements

 

【Congratulations】2023 Volume 6, Issue 1 is now available online-Latest Published Articles Read

We are pleased to announce that 2023 Volume 6, Issue 1 is published online, please click here for more details.

Posted: 2023-08-07
 

New Author Guidelines are updated 

Please follow the journal's author guideline and the required article template to prepare your manuscript.

Posted: 2023-07-06 More...
 

Prof. Sivasankaran Sivanandam Appointed As Co Editor-in-Chief Of Thermal Science And Engineering

We are pleased to announce that Prof. Sivasankaran Sivanandam has been appointed Co Editor-in-Chief of Thermal Science and Engineering (eISSN: 2578-1782).

Prof. Sivanandam received M.Sc., M.Phil., and Ph.D. degrees in 2000, 2002, 2006 respectively. After that he received the Post-Doctoral Fellowships four times in 2006, 2007, 2008 and 2011 respectively. His areas of interest are Fluid Dynamics, CFD, Convective Heat and Mass Transfer, Nanofluids, Porous Media, and Microchannel Heat Sinks. He is a member of editorial board in several international journals.

The TSE editorial team warmly welcomes Prof. xx as the Co Editor-in-Chief and looks forward to his contribution to the continued success of Thermal Science and Engineering. For further information on the journal Editorial Board, please check here.

Prof. Sivasankaran Sivanandam

King Abdulaziz University, Saudi Arabia

Interests: Computational Fluid Dynamics; Heat Transfer; Fluid Flow; Nanofluids

Posted: 2023-05-22
 
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