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Cited Papers from This Journal
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Please send your manuscripts' revised versions, including your "Orcid Id", by email to both "dalkilic@yildiz.edu.tr" and "ahmet_selim_dalkilic@hotmail.com" as soon as possible. All authors (in your manuscript) Orcid Ids should be included in the manuscript.
If you have not sent your manuscript's revised version by email according to our template after a year from its acceptance, your paper's status will be changed from ACCEPTED to REJECTED in our database. We will wait your revised manuscript by email for only a year.
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Please cite some papers from our journal in your revised versions if possible.
http://eds.yildiz.edu.tr/journal-of-thermal-engineering/Articles
Publication Schedule of 2025
***WE DO NOT PUBLISH THE PAPERS WHOSE SIMILARITY RATES ARE HIGH ACCORDING TO ITHENTICATE***
JTEN-2023-80 Optimisation of Thermohydraulic Performance of Triangular Duct Solar air Heater with alternative dimple shaped protrusion and Intrusion on the absorber plate
We Cannot Publish These Papers (please send an email on the situation to "dalkilic@yildiz.edu.tr")
None.
***WE HAVE BEEN UPDATING THE LIST BELOW ACCORDING TO THEIR CODE NUMBERS GRADUALLY IN TIME***
January 2025 Regular Issue
1 JTEN-2022-263 NANO-ADDITIVE BLENDS EXAMINATION OF PERFORMANCE AND EMISSION PROFILE OF CI ENGINES FUELLED WITH WASTE COOKING OIL BASED-BIODIESEL
2 JTEN-2023-23 Numerical Investigation on Comparative Performance Assessment of Solar Air Heater with different Artificial Roughness Elements in a Triangular Duct
3 JTEN-2023-132 Numerical investigation to augmentation of heat transfer in solar air heater with arc shape ribs on absorber plate
4 JTEN-2023-211 Exploring Low-GWP Refrigerants for Enhanced Domestic Refrigerator Performance: A Comprehensive Investigation
5 JTEN-2023-233 Performance Improvement of a Decayed Flow Heat Exchanger Using Spiral Flow and Nanofluid
6 JTEN-2023-257 Numerical Investigation of Improved Metal Foam Heat Sink with Fe3O4-H2O Nanofluid: Thermohydraulic and Second Law Analysis of Forced Convection using Two-Phase Eulerian Approach
7 JTEN-2023-293 Performance Enhancement of Thermal Energy Storage System using ZrO2 Doped Paraffin Wax
8 JTEN-2023-302 Enhancing the Output of Horizontal Axis Wind Turbine Blade through Numerical Investigation of Aerodynamic Behaviour of Add-on
9 JTEN-2023-304 Thermal behavior and evolved gas analysis for pyrolysis of olive pomace, coal, and their blends using TGA/FTIR
10 JTEN-2023-325 Experimental study of stability of Al2O3 nanoparticle and WCO biodiesel in Diesel Engine
11 JTEN-2023-336 NUMERICAL INVESTIGATION OF HYDROTHERMAL PERFORMANCES OF MINICHANNEL HEAT SINK USING POROUS MEDIA
12 JTEN-2023-339 Fe3O4, Au Nanoparticles influence on bio-nanofluid thermal conductivity
13 JTEN-2023-353 STUDY THE IMPACT OF SOLAR THERMAL HOT WATER SYSTEM ON GOVERNORATES OF OMAN’S ECONOMY AND ENVIRONMENTAL ASPECTS
14 JTEN-2023-362 Studying the influence of using metal foam baffles on the performance of double-pipe heat exchanger
15 JTEN 2023-346 Investigation on Delonix Regina Biodiesel blends on Diesel Engine with 1-butanol-diesel blends to test Engine Performance, Combustion and Emission characteristics
16 JTEN-2023-391 Thermal Conductivity of Porous Plastics Manufactured by 3D Printing: Controlling the Design of the Cavities and Corresponding Effects
17 JTEN-2023-396 Impact of memory and long-range interaction in a two-dimensional semi-infinite solid cylinder
18 JTEN-2023-420 Synergy of non-uniform heat source/sink and variable thermal conductivity on stagnation point flow of Casson fluid over a convective stretching sheet
19 JTEN-2023-423 EXPERIMENTAL AND NUMERICAL STUDY OF FLUID FLOW AND HEAT TRANSFER IN THE IMPINGING OF INLINE ROUND JETS
20 JTEN-2023-296 MODELING AND CO-SIMULATION OF AN INTEGRATED SOLAR HEATING SYSTEM AND DIRECT CONTACT MEMBRANE DISTILLATION MODULE
March 2025 Regular Issue
1 JTEN-2024-1 Experimental study of temperature changes in a solar chimney
2 JTEN-2024-10 Effects of radiation and chemical reaction due to Graphene oxide nanofluid flow in concentric cylinders
3 JTEN-2024-11 ENHANCING FLAT PLATE COLLECTORS EFFICIENCY BY MINIMIZING OPTICAL LOSSES THROUGH VACUUM GLAZING AND ETHYLENE GLYCOL-DIAMOND-ALUMINA NANOFLUID
4 JTEN-2024-19 EVALUATION ON FIRE INCIDENT OF ELECTRIC VEHICLE SPACES ONBOARD FERRIES WITH USING FIRE DYNAMICS SIMULATIONS
5 JTEN-2024-31 Stability analysis of the mixed convective flow of Jeffrey nano-fluid through a porous medium
6 JTEN-2024-52 Heat transfer performance of Lithium-ion battery pack using Composite phase change material: A Review
7 JTEN-2024-63 The use of turpentine as aditive for diesel oil. A review
8 JTEN-2024-77 Thermal Analysis and Energy Requirement of Wall and Window Components for Buildings with Different Orientations
9 JTEN-2024-80 Assessment of Student Thermal Comfort Perception of Spaces in Education Building with Different Ventilation Strategies After Covıd-19
10 JTEN-2024-81 Hydrothermal Investigation of a Nanofluid Flow in a Compound Microchannels
11 JTEN-2024-85 Recent Advancements, Challenges in Recycling of Waste Plastic Using Microwave Assisted Catalytic Co-pyrolysis of Biomass and Waste Plastic for Production of Value Added Chemicals: A Review
12 JTEN-2024-89 An experimental investigation of an inclined solar chimney integrated into residential buildings with different materials construction for natural ventilation in a Hot-Arid climate
13 JTEN-2024-90 Experimental investigation of Non-Centrifugal Cane Sugar unit using Food- Grade heat transfer fluid for jaggery preparation
14 JTEN-2024-91 Novel Approaches To Zeolite Deactivation Mitigation And Regeneration In Biomass Gasification
15 JTEN-2024-100 A Review on Enhancement of Solar Photovoltaic (PV) System Performance with Water-based Nano-fluid Cooling SystemsA Review on Enhancement of Solar Photovoltaic (PV) System Performance with Water based Nano-fluid Cooling Systems
16 JTEN-2024-106 Numerical Modelling of 3D Magnetohydrodynamics Chemically reacting Permeable Sheet influenced by Free Stream Convection Nanofluid Flow
17 JTEN-2024-109 Effect of Higher Alcohol on Injector Deposit and Wear in Compression Ignition Engine
18 JTEN-2024-114 Investigation of Thermal and Hydrodynamic Performance of a Plate Compact Heat Exchanger with Levenberg-Marquardt Artificial Neural Network Method
19 JTEN-2024-118 Parametric Study and Performance Evaluation of a Multi-layered Twin PCM-Based Vertical Thermal Energy Storage System
20 JTEN-2024-125 Performance Optimization Of Oxy-Fuel Combustion Diesel Engine With EGR Based On Fuel Injection Parameters Using Response Surface Methodology (RSM)
May 2025 Regular Issue
1 JTEN-2024-127 Investigation on gasification of waste textile using advanced thermodynamic equilibrium model to address textile waste pollution
2 JTEN-2024-135 EFFECT OF MODIFICATIONS OF AUXILIARY SURFACE ATTACHED TO A RECTANGULAR VORTEX GENERATOR
3 JTEN-2024-144 A Novel Method for Forced Convection Heat Transfer in 2D Skewed Cavities Using a Non-Orthogonal Mesh
4 JTEN-2024-148 Computational Investigations of Perforated Annular Fins under Natural Convection Heat Transfer
5 JTEN-2024-155 Numerical Investigation of Mixed Convection in A Square Lid-Driven Cavity with Influence of Orientation and Nanoparticle Addition on Heat Transfer Characteristics: Multi-Objective Optimization Approach
6 JTEN-2024-164 OPTIMIZATION OF BIODIESEL POWERED CI ENGINE PROCESS PARAMETERS USING AHP AND TAGUCHI GREY METHOD – A HYBRID APPROACH
7 JTEN-2024-168 Experimental and Simulation Study to Evaluate Effect of Radial Air Injection on Performance of Motorcycle Silencers
8 JTEN-2024-173 Heat and Mass transfer Analysis of unsteady MHD Carreu Nanofluid flow over a stretched surface in a porous medium with stefan blowing condition
9 JTEN-2024-178 Enhancing Heat Efficiency in Arid Environments Using a PVT Collector for Revealed Facade Shelter
10 JTEN-2024-181 Experimental Investigation of Convective Heat Transfer Performance using Sporadic Flow Divider Type Inserts
11 JTEN-2024-194 EFFECT OF VARIOUS REACTOR TEMPERATURES FOR MIXED METALLIC OXIDES IN CHEMICAL LOOPING COMBUSTION SYSTEM FOR CARBON CAPTURE
12 JTEN-2024-195 Magnetohydrodynamic Natural Convection of Complex Fluids in a Square Porous Cavity: A Numerical Simulation
13 JTEN-2024-196 EXPERIMENTAL PERFORMANCE EVALUATION OF A SOLAR POWERED EVAPORATIVE COOLING SYSTEM FOR PRESERVATION OF AGRICULTURAL PRODUCE IN TROPICAL REGION
14 JTEN-2024-199 Unsteady Magnetohydrodynamic Free convection Flow of Al2O3—Cu/ Water Nanofluid Over a Permeable Linear Stretching Sheet through a Porous Medium with Viscous Dissipation and Heat Source/Sink
15 JTEN-2024-205 Demolition Wastes in the Global Construction Industry: An Overview of Research Perspective from 2001 to 2020
16 JTEN-2024-206 MHD Stream past an Inclined Surface with Diffusion-Thermo and Viscous Dissipation sequels
17 JTEN-2024-207 Heat Transfer Enhancement by Laterally Impinging Air Jet on Semi-Circular Grooved Surface
18 JTEN-2024-212 Soiling mechanics of solar photovoltaics: A review
19 JTEN-2024-220 Thermo-hydrodynamic analysis and exergy destruction minimization in a three- dimensional corrugated channel working with a ferrofluid and an external magnetic field
20 JTEN-2024-225 Heat transfer intensification of Al2O3 – Ethylene glycol nanofluids in a spiral tube heat exchanger for application in solar thermal systems
July 2025 Regular Issue
1 JTEN-2024-228 Analysis of Energy and Exergy of a Thermal Storage System Using Multiple Phase Change Material
2 JTEN-2024-230 Kinetics and Mathematical Model of Sugarcane Bagasse Drying in Laboratory Scale Rotary Dryer
3 JTEN-2024-232 Recent Trends in the Development and Growth of Solar Technologies – A Review
4 JTEN-2024-235 THERMO-DIFFUSION EFFECTS ON MHD CASSON BLOOD FLOW IN AN INCLINED MUTI-STENOSED ARTERY
5 JTEN-2024-238 An experimental and numerical analysis on the effective utilization of waste heat from ladle pre-heating system through heat exchanger system
6 JTEN-2024-239 The impact of electrode design parameters on the thermal behavior of a lithium-ion battery
7 JTEN-2024-254 Thermal transmittaThermal transmittance analysis in Tehran residential units with an approach to building roof insulation simulationnce analysis in Tehran residential units with an approach to building roof insulation simulation
8 JTEN-2024-255 Experimental Investigation of the Impact of Electronic Expansion Valve Opening on VCR System Performance: Comparative Analysis with Capillary Tube and Thermostatic Expansion Valve
9 JTEN-2024-257 Temperature Evolution within a Solar Panel Using a Cooling Source of Varying Sizes and Shapes in the Presence of a Hybrid Nanofluid
10 JTEN-2024-261 Machine Learning in Flow Boiling: Predicting Bubble Lift-off Diameter with Magnetic Fields Despite Data Limitation
11 JTEN-2024-271 Numerical investigation of slip flow and temperature jump of nanofluid in a microchannel with square obstacles using lattice Boltzmann method
12 JTEN-2024-275 Thermal performance of drying mango slices using a baffled-type hybrid solar dryer with exhaust hot air recirculation
13 JTEN-2024-276 Mitigating Solar Heat Gain through Windows of Buildings by Reflective Films: A Case Study in Iraq
14 JTEN-2024-299 Computational investigation and exergy analysis of swirling flow in vortex tube
15 JTEN-2024-303 Advances in Passive Heat Transfer Enhancement for Heat Exchangers: A Comprehensive Review
16 JTEN-2024-305 Enhancing VCRS Performance: A Study of R134a and Refrigerant Blends with Spiral Condensers and Series Evaporators
17 JTEN-2024-312 AN IN-DEPTH NUMERICAL INVESTIGATION OF A SOLAR LATENT HEAT STORAGE UNIT INCORPORATING PHASE CHANGE MATERIALS
18 JTEN-2024-315 Factors affecting and methods of reducing thermal stratification in cryogenic storage tanks of launch vehicles- a survey
19 JTEN-2024-318 Performance and Emissions Assessment of a Spark-Ignition Engine Fueled with Ethanol-, Methanol- and Acetone-Gasoline Blends
20 JTEN-2024-325 On the role of biomimetics shark skin flow control in the Aerodynamic Characteristics of Leading-Edge Protuberanced wing section
September 2025 Regular Issue
1 JTEN-2024-330 Phase change materials (PCMs) used in buildings: A critical review
2 JTEN-2024-339 Highly Viable Nanoparticle Based Thermal Interface Materials (TIM) For Electronics Device Cooling Applications
3 JTEN-2024-357 Numerical Analysis of Spiral Tube Heat Exchanger Circulated with ZnO Nanofluids
4 JTEN-2024-359 Effect of the design variables on the Vortex water turbine performance
5 JTEN-2024-360 Techno-Economic Analysis of Solar Still with Nano-Phase Change Material and Heating Coil: A Novel Approach for Sustainable Development
6 JTEN-2024-375 THERMAL DESIGN AND CFD SIMULATION OF AN INTERNAL HEAT EXCHANGER WITH R1234YF AS AN ALTERNATE REFRIGERANT TO R134A
7 JTEN-2024-380 Exergy, energy, exergoenvironmental assessment of a novel combined helium Brayton cycle and transcritical CO2 cycle for solar power tower applications
8 JTEN-2024-401 Comparative performance of different solar stills configurations
9 JTEN-2024-419 Experimental study of parabolic dish collector based solar cooker with different thermal energy storage system
10 JTEN-2024-442 ULTRASOUND-ASSISTED DESULFURIZATION OF CRUDE OIL USING SODIUM HYDROXIDE
11 JTEN-2024-464 Improvement of the thermal performances of a Parabolic Trough Solar Concentrator (PTC) with concentric receiver tube and nano fluid
12 JTEN-2024-507 Performance Enhancement of Box Solar Cooker with Photovoltaic Panel
November 2025 Regular Issue
Please Read It Before Your Submission
1. Avoid using abbreviations in the Title, Abstract and Conclusions, if possible.
2. Papers published in our journal require some link to "applications" and "thermal processes" as part of the journal’s mission and scope. Address the application of your work, results or findings, while considering the wider readership of the journal. Appropriate actions to address this requirement include the addition of further content: a) focussing on specific thermal processes that occur as part of the overall study, and/or b) linking and discussing the implications of the reported research to stated application(s) of interest.
3. Manuscripts submitted to our journal are expected to be written in good English and proof read carefully to ensure that research is communicated clearly.
4. The Abstract should contain answers to the following questions: What problem was studied and why is it important? What methods were used? What are the important results? What conclusions can be drawn from the results? What is the novelty of the work and where does it go beyond previous efforts in the literature? Please include specific and quantitative results in your Abstract, while ensuring that it is suitable for a broad audience. References, figures, tables, equations and abbreviations should be avoided.
5. The originality of the paper needs to be stated clearly. It is of importance to have sufficient results to justify the novelty of a high-quality journal paper. The Introduction should make a compelling case for why the study is useful along with a clear statement of its novelty or originality by providing relevant information and providing answers to basic questions such as: What is already known in the open literature? What is missing (i.e., research gaps)? What needs to be done, why and how? Clear statements of the novelty of the work should also appear briefly in the Abstract and Conclusions sections.
6. An updated and complete literature review should be conducted and should appear as part of the Introduction, while bearing in mind the work’s relevance to the journal and taking into account the scope and readership of the journal. The results and findings should be compared to and discussed in the context of earlier work in the literature.
In addition to these items above, your paper can rejected due to one of the reasons below.
- Low quality
- High similarity rates
- Copied long paragraphs from literature
- Missing affiliation
- Unconvincing results
- Different content from those in the regular issues
- Submission error for one of our Special Issues
- Template error (do not use our template at first submission)
- Double submission
- Backlog in the journal
- Insufficient content
- Missing deep analyses
- Missing manuscript in the submission
- Problematic copyright issues of figures taken from literature
Useful links:
https://eds.yildiz.edu.tr/journal-of-thermal-engineering/Announcements/67
https://eds.yildiz.edu.tr/journal-of-thermal-engineering/Announcements/80
https://eds.yildiz.edu.tr/journal-of-thermal-engineering/Announcements/68
Regards,
Editorial
Frequently Asked Questions
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https://eds.yildiz.edu.tr/journal-of-thermal-engineering/Announcements/68
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https://eds.yildiz.edu.tr/journal-of-thermal-engineering/Index
Can I include my ORCID iD when submitting a manuscript?
Yes, we are using ORCID iDs in the articles’ PDF files. When submitting your manuscript, you can fetch and add your ORCID iD. To register a new ORCID number, please visit the website below.
Can I publish my manuscript open access?
All papers have been published as open access so far.
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Does your journal provide templates and style files for preparing a journal article?
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Does your journal provide English language support?
No, it does not.
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https://eds.yildiz.edu.tr/journal-of-thermal-engineering/ForAuthors
Can I submit multimedia files to be published online along with my article?
No, you cannot.
What happens if my paper gets rejected? Any other options?
Please try other journals.
What happens after my article has been accepted?
Please visit the website below.
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What exactly is Article-in-Press?
The Article-in-Press service lets users access peer reviewed articles well before print publication. These articles cannot be searchable since they do not have their DOI (Digital Object Identifier).
Can I still make corrections to my article after it has been published Article-in-Press?
The online publication represents the official publication of research results. As soon as an article is published online, it can be viewed and downloaded. If changes are then made, confusion can easily arise with authors citing different versions of the same publication. JTEN has therefore decided not to make systematic use of the technical possibilities that an online publication offers and not to simply replace a published document with an updated one.
How can I share my full article, e.g. on social media?
Authors have the right to disseminate their article's eOffprint (as a printout or by email) to their co-authors and research colleagues. It is also allowed to distribute the eOffprint via a webpage.
How can I request permission to re-use material?
To use material printed in publications from other publishers, please contact us to get permission. All responsibility belong to authors on copyright issues. JTEN will not pay for anything about your papers’ copyright issues.
Would i be able to save a submission and come back to finish it later?
Yes, this method is acceptable.
Can i submita manuscript thatwas published elsewhere?
No. Manuscript must be unique and should not be published elsewhere.
Is there any page limit for writing manuscripts?
There is no page limit for regular or special issue manuscripts.
Is JTEN peer reviewed?
Yes. İt is a peer reviewed one and all submissions are liable to peer review by qualified experts.
How long does it take to receive comments?
You are supposed to receive comments from 3 reviewers in 2 months.
What is the duration for publishing the article?
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Do you allow re-use of your data?
Yes, however the information provided by the JTEN service is not available for commercial re-use.
Do you have an email alert?
Yes, we send out email alerts. This is normally sent a regular frequency with respect to your subject specialization.
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If you do not receive an activation email after your paper submission, please send an email to "dalkilic@yildiz.edu.tr". We will activate your email manually, then you will be able to complete your submission.