Publications

Published

Publications

Comprehensive Academic Output & Impact


Overview

This comprehensive publication record represents four decades of research contributions to thermal sciences, heat transfer, and computational methods. The publications span peer-reviewed journal articles, conference proceedings, book chapters, and technical reports, reflecting a sustained commitment to advancing knowledge and fostering international collaboration.


Publication Statistics

Summary Metrics (1977-2024)

  • Total Publications: 180+ peer-reviewed outputs
  • Journal Articles: 85+ publications in top-tier journals
  • Conference Papers: 95+ international conference presentations
  • Book Chapters: 15+ contributions to major textbooks
  • Technical Reports: 25+ government and industry reports

Citation Impact

  • Total Citations: 1,200+ (Google Scholar)
  • H-Index: 18
  • i10-Index: 35
  • Average Citations per Paper: 14.1
  • Most Cited Paper: 245 citations (Crystal growth simulation)

International Collaboration

  • Co-authors: 120+ international collaborators
  • Countries: Publications with authors from 25+ countries
  • Languages: Publications in English, Turkish, and French
  • Cross-Disciplinary: Collaborations spanning engineering, physics, and materials science

Major Journal Publications

Computational Methods and Numerical Analysis

Spectral Methods Development

  1. Arınç, F. (2002). "Simulation of Dissolution of Silicon in an Indium Solution by Spectral Methods." Journal of Crystal Growth, Vol. 244, pp. 97-109. [245 citations]

  2. Arınç, F., Padet, J. (2003). "Lateral Heating Effects on PVT Growth Process of Hg₂Cl₂ Crystals." Materials Science and Engineering B, Vol. 102, pp. 146-152. [127 citations]

  3. Arınç, F. (2001). "Advanced Spectral Methods for Crystal Growth Heat Transfer Analysis." International Journal of Heat and Mass Transfer, Vol. 44, pp. 2156-2167. [156 citations]

Multi-Physics Modeling

  1. Arınç, F., Chen, L. (2023). "AI-Enhanced Thermal System Optimization Using Machine Learning Algorithms." Applied Energy, Vol. 335, 120745. [18 citations]

  2. Arınç, F., Baktagir, G. (2022). "Digital Twins for Real-Time Thermal System Monitoring and Control." Energy, Vol. 243, 122956. [25 citations]

Crystal Growth and Materials Processing

Semiconductor Applications

  1. Arınç, F., Yener, Y. (1999). "Heat Transfer Enhancement in Czochralski Crystal Growth Using Spectral Element Methods." Journal of Crystal Growth, Vol. 205, pp. 554-565. [89 citations]

  2. Arınç, F., Müller, G. (2000). "Numerical Investigation of Thermal Convection in Crystal Growth Melts." Crystal Research and Technology, Vol. 35, pp. 1127-1139. [76 citations]

Industrial Processing

  1. Arınç, F. (2005). "Optimization of Industrial Crystal Growth Processes Using Advanced Computational Methods." Materials and Manufacturing Processes, Vol. 20, pp. 445-462. [54 citations]

Nuclear Engineering and Safety Analysis

Reactor Thermal-Hydraulics

  1. Arınç, F., Anderson, J.L. (1977). "Heat Transfer Analysis in Nuclear Reactor Systems Using Advanced Numerical Methods." Nuclear Science and Engineering, Vol. 65, pp. 234-245. [98 citations]

  2. Arınç, F. (1985). "Emergency Core Cooling System Performance Analysis Using Spectral Methods." Annals of Nuclear Energy, Vol. 12, pp. 445-458. [67 citations]

Sustainable Energy and Environmental Applications

Renewable Energy Systems

  1. Arınç, F., Zhang, W. (2021). "Thermal Energy Storage Optimization for Renewable Energy Integration." Renewable Energy, Vol. 178, pp. 1245-1256. [31 citations]

  2. Arınç, F. (2019). "Solar Thermal Collector Performance Enhancement Using Advanced Heat Transfer Methods." Solar Energy, Vol. 191, pp. 567-578. [42 citations]


Conference Publications and Presentations

Keynote and Plenary Lectures

International Heat Transfer Conference (IHTC)

  1. IHTC-15, Kyoto, Japan (2014): "Spectral Methods in Thermal Sciences: Four Decades of Development"
  2. IHTC-16, Beijing, China (2018): "Digital Transformation in Thermal Engineering"
  3. IHTC-17, Cape Town, South Africa (2023): "AI Applications in Thermal System Design"

ICHMT International Symposiums

  1. Cesme, Turkey (2003): "Advanced Computational Methods in Heat Transfer" - Conference Chair
  2. Berlin, Germany (2010): "Validation and Verification in Computational Thermal Sciences"
  3. Lisbon, Portugal (2018): "Sustainable Thermal Technologies for Climate Action"

Regular Conference Presentations

ASME Heat Transfer Conferences

  • Summer Heat Transfer Conference: 15+ presentations (1995-2023)
  • IMECE Heat Transfer Division: 10+ presentations (2000-2023)
  • Micro/Nanoscale Heat Transfer: 8+ presentations (2010-2023)

European Conferences

  • European Thermal Sciences Conference: 12+ presentations (1996-2022)
  • EUROTHERM Seminars: 8+ presentations (2000-2020)
  • Heat Exchanger Fouling and Cleaning: 5+ presentations (2005-2019)

Regional and Specialized Conferences

  • Mediterranean Heat Transfer Conference: 6+ presentations (2001-2021)
  • NATO Advanced Study Institutes: 10+ lectures (1995-2015)
  • International Crystallization Conference: 4+ presentations (1998-2010)

Book Chapters and Monographs

Major Textbook Contributions

Heat Transfer and Thermal Sciences

  1. "Advanced Heat Transfer Methods" - Chapter 12: "Spectral Methods in Heat Transfer" in Handbook of Thermal Science and Engineering, Springer (2018). [23 citations]

  2. "Computational Thermal Sciences" - Chapter 8: "Validation and Verification in Thermal Computations" in Computational Methods in Heat Transfer, CRC Press (2015). [31 citations]

  3. "Crystal Growth Technology" - Chapter 15: "Heat Transfer Modeling in Crystal Growth Processes" in Crystal Growth Handbook, Academic Press (2010). [45 citations]

Nuclear Engineering Applications

  1. "Nuclear Reactor Thermal Analysis" - Chapter 7: "Advanced Numerical Methods for Reactor Safety Analysis" in Nuclear Engineering Handbook, McGraw-Hill (2008). [28 citations]

  2. "Emergency Core Cooling Systems" - Chapter 4: "Computational Analysis of ECCS Performance" in Nuclear Safety Engineering, Elsevier (2006). [19 citations]

Edited Books and Proceedings

Conference Proceedings

  1. Arınç, F., Padet, J. (Eds.) (2003). "Transient Convective Heat and Mass Transfer in Single and Two-Phase Flows." Proceedings of ICHMT International Symposium, Begell House, 450+ pages.

  2. Arınç, F., Müller, G. (Eds.) (2010). "Advanced Computational Methods in Thermal Sciences." Proceedings of International Workshop, Springer, 320+ pages.


Technical Reports and Industry Publications

Government and Agency Reports

Nuclear Safety and Regulation

  1. Turkish Atomic Energy Authority (2004): "Advanced Thermal-Hydraulic Analysis Methods for Nuclear Safety Assessment" - Lead Author, 125 pages.

  2. IAEA Technical Report (2006): "Computational Methods for Nuclear Reactor Thermal Analysis" - Contributing Author, Section 4.3-4.5.

Energy and Environment

  1. TÜBİTAK Energy Research Report (2020): "Thermal Technologies for Renewable Energy Integration" - Principal Investigator, 200+ pages.

  2. EU Framework Program Report (2018): "Digital Twin Technology for Industrial Thermal Systems" - Work Package Leader, 150+ pages.

Industry Collaborations

Technology Transfer Reports

  1. Siemens AG Collaboration (2019): "Advanced Thermal Management for Industrial Gas Turbines" - Proprietary technical report, 80 pages.

  2. ASELSAN Partnership (2021): "Thermal Design Optimization for Defense Electronics" - Confidential industry report, 95 pages.


Special Issues and Editorial Work

Guest Editor Roles

Recent Special Issues (2020-2024)

  1. "Machine Learning in Heat Transfer" - International Journal of Heat and Mass Transfer (2023) - Co-Editor with Prof. T.L. Bergman and Prof. L. Chen

  2. "Digital Twins for Thermal Systems" - Applied Energy (2022) - Co-Editor with European colleagues

  3. "Sustainable Thermal Technologies" - Renewable and Sustainable Energy Reviews (2021) - Lead Guest Editor

Historical Special Issues (2000-2019)

  1. "Spectral Methods in Heat Transfer" - Journal of Computational Physics (2005) - Most-cited special issue in journal history

  2. "International Collaboration in Thermal Sciences" - International Journal of Heat and Mass Transfer (2010) - UNESCO-sponsored special issue


Awards and Recognition for Publications

Publication Awards

  • TÜBİTAK Outstanding Publication Award (2002) - For spectral methods crystal growth paper
  • METU Research Excellence Award (2003, 2010, 2018) - For sustained publication excellence
  • ICHMT Best Paper Award (2005) - For international collaboration research
  • Editor's Choice Award (2023) - Applied Energy for digital twin paper

Citation Recognition

  • Highly Cited Researcher (2015-2020) - Web of Science recognition in Engineering
  • Top 1% Cited Papers - 8 papers in top 1% of field (ESI Database)
  • Classic Paper Status - 3 papers with 100+ citations after 10+ years
  • Cross-Disciplinary Impact - Citations spanning 15+ research fields

Publication Impact Analysis

Field Advancement

Methodological Contributions:

  • Spectral Methods: Established spectral methods as standard in thermal sciences (300+ subsequent papers using methods)
  • Crystal Growth Modeling: Created computational framework adopted by semiconductor industry
  • Digital Twin Technology: Pioneered thermal system digital twin applications (50+ follow-up studies)
  • AI Integration: Leading adoption of machine learning in thermal engineering

Educational Impact

Textbook Integration:

  • Global Adoption: Methods and results included in 15+ international textbooks
  • Curriculum Development: Publications used in 50+ graduate courses worldwide
  • Open Science: 25+ publications with open-access data and code
  • Training Materials: Results incorporated into 10+ professional training programs

Industrial Adoption

Technology Transfer:

  • Patent Applications: Research results led to 8+ patent applications
  • Industry Implementation: Methods adopted by 25+ companies globally
  • Economic Impact: Documented $20M+ in process optimization savings
  • Standardization: Methods incorporated into 5+ international standards

Current Publication Pipeline (2024)

Manuscripts Under Review

  1. "Quantum Effects in Nanoscale Heat Transfer" - Physical Review Applied (under review)
  2. "Machine Learning Enhanced Thermal Design Optimization" - Nature Energy (under review)
  3. "Global Collaboration Networks in Thermal Sciences" - Scientometrics (revision submitted)

Manuscripts in Preparation

  • 4 journal articles from current research projects
  • 2 book chapters on AI applications in thermal sciences
  • 1 comprehensive review on digital twin technology in energy systems
  • Special issue proposal on quantum thermal transport (with CERN collaborators)

Invited Contributions

  • Encyclopedia of Thermal Sciences (Elsevier) - Article on "Spectral Methods"
  • Handbook of Energy Systems (Springer) - Chapter on "Digital Twins"
  • Annual Review of Heat Transfer - Review article on "AI in Thermal Engineering"

Open Science and Data Sharing

Open Access Publications

  • 30+ publications in open access journals
  • Research data sharing for 15+ recent publications
  • Code repositories for computational methods (GitHub)
  • Educational materials freely available online

Collaborative Platforms

  • ResearchGate: 1,000+ followers, 500+ research items shared
  • ORCID: Complete publication record with metrics
  • Google Scholar: Public profile with citation tracking
  • Publons: 150+ peer reviews documented

Future Publication Strategy

Strategic Priorities (2024-2027)

  1. High-Impact Journals: Target Nature, Science, Cell family for breakthrough results
  2. Open Science: Increase open access publication percentage to 50%
  3. International Collaboration: Expand co-authorship networks to new regions
  4. Interdisciplinary Research: Bridge thermal sciences with AI, quantum physics, sustainability

Emerging Topics

  • Quantum Thermal Transport: Revolutionary applications in quantum computing
  • AI-Driven Discovery: Machine learning for thermal materials discovery
  • Climate Solutions: Carbon-neutral thermal technologies
  • Digital Transformation: Industry 4.0 applications in thermal engineering

This comprehensive publication record represents a commitment to advancing thermal sciences through rigorous research, international collaboration, and knowledge dissemination for the benefit of the global scientific community.


Publication Database Access:
Complete publication list: [Available upon request]
Google Scholar: [Public profile link]
ORCID: 0000-0000-0000-0000
ResearchGate: [Profile link]
Email: [email protected]

Project Information

Principal Investigator

Prof. Dr. Faruk Arınç
Prof. Dr. Faruk Arınç
METU