Begell House, Inc. Publishers

Begell House, Inc. Publishers Publishing groundbreaking engineering and biomedical research for over 30 years. Leader in thermo-fluids sciences, sustainable energy, and power technology.

We invest in the development of scientific research that makes a global impact! Founded in 1991 by Dr. William Begell, the company has aspired to promote discussions and exchange of ideas relating to various topics in the fields of engineering and biomedical science, some of which include thermal and fluid engineering and mechanics and other disciplines. The publishing house issues 45 peer-reviewed journals and prints about 10 new books annually.

We’re thrilled to announce that the Journal of Machine Learning for Modeling and Computing (JMLMC) has been accepted int...
09/25/2025

We’re thrilled to announce that the Journal of Machine Learning for Modeling and Computing (JMLMC) has been accepted into Web of Science, opening new pathways for research impact:

✅ 3-5x citation increase potential for authors
✅ Enhanced global discoverability
✅ Recognition from Clarivate Analytics for scientific rigor

Since 2020, JMLMC has published papers from researchers at Stanford University, NVIDIA, Oak Ridge National Laboratory, and other leading institutions.

Machine learning research is transforming everything from drug development to climate predictions - and JMLMC is at the forefront of publishing the breakthroughs that matter.

Congratulations to Editor-in-Chief Prof. Dongbin Xiu (The Ohio State University), our editorial board, and all our contributing authors.

Read the full announcement: https://www.begellhouse.com/news/6

SMRs 101: Compact Power, Big PotentialSmall Modular Reactors (SMRs) are changing the future of nuclear energy - designed...
09/25/2025

SMRs 101: Compact Power, Big Potential

Small Modular Reactors (SMRs) are changing the future of nuclear energy - designed for factory-built modularity, flexible siting, and improved safety. Typically generating up to 300 MWe per unit, SMRs offer inherent and passive safety features, reduced construction footprints, and the capacity to be tailored for power, heat, hydrogen, or desalination applications.

Where are we now?

Operational examples include Russia’s floating plant and China’s HTR PM demonstration, while over 120 SMR designs are in the pipeline - many undergoing licensing or pre-licensing phases globally.

SMRs offer faster deployment, modular scalability, and enhanced economic viability, with factory fabrication driving down costs and speeding up timelines.

Ready for prime time?

-NuScale Power led the way with NRC certification for its VOYGR design in 2025, marking a milestone in U.S. regulation.
-Other global initiatives, from design to demonstration, continue to mature rapidly.

SMRs are more than a compact reactor solution - they’re a safe, and versatile building block for tomorrow’s clean-energy systems.

📚 SPOTLIGHT ON BOOKS 📚 - September 2025Handbook of Hydraulic Resistance, 4th Edition By I. E. IdelchikAre you designing ...
09/22/2025

📚 SPOTLIGHT ON BOOKS 📚 - September 2025

Handbook of Hydraulic Resistance, 4th Edition By I. E. Idelchik

Are you designing systems where every percentage point of energy efficiency translates to millions in operational savings? Whether you're optimizing nuclear reactor coolant loops, scaling up renewable energy systems, or reducing industrial pumping costs, accurate hydraulic resistance data isn't just helpful—it's essential for competitive engineering design.

Meet the Expert: I. E. Idelchik worked at the Research Institute for Gas Purification in Moscow, Russia, where his research focused on fluid dynamics and flow resistance phenomena. His decades of work established the definitive reference that has guided engineers worldwide since the US Atomic Energy Commission and National Science Foundation commissioned its English translation in 1966.
This comprehensive handbook delivers over 1,000 technical illustrations and nearly 3,000 tables covering every conceivable flow scenario across 12 detailed chapters. The 4th edition corrects all previous errors while adding substantial new content addressing modern challenges, including energy efficiency optimization, unsteady flow analysis, and applications relevant to hydrogen technology and sustainable energy systems. The dimensionless resistance coefficients are universally applicable across fluid types and unit systems, providing engineers with validated data from leading international institutions for critical applications from aerospace to chemical processing.

Ready to optimize your fluid systems with proven resistance data that directly impacts both capital expenditure and operational efficiency? Available in digital format from Begell House Inc. Publishers - essential for thermal and energy engineers across all disciplines tackling today's efficiency and sustainability challenges.

https://www.begellhouse.com/ebook_platform/077c82a56f53712a/monograph/book/5877598576b05c67.html



Advancing engineering precision through decades of validated flow resistance research

Join our peer review team and get rewarded for your expertise! As a Begell House reviewer, you'll receive: ✅ Free monthl...
09/19/2025

Join our peer review team and get rewarded for your expertise! As a Begell House reviewer, you'll receive:

✅ Free monthly journal access with each review
✅ $100 credit per completed review (toward Gold Open Access fees)
✅ Public recognition & certificates
✅ Professional profile in our reviewer database

Ready to contribute to scientific publishing while earning valuable benefits? Send us a message on here or on our contact page: https://www.begellhouse.com/contact/

Learn more: https://www.begellhouse.com/journals/atomization-and-sprays/reviewers_benefits.html

09/19/2025

This watershed moment in AI development presents unprecedented opportunities for energy innovation breakthroughs. Professor Van P. Carey, Berkeley Mechanical Engineering, reveals proven strategies for leveraging machine learning to achieve quantum-step advances in thermal management technologies. Discover how strategic AI integration can transform your approach to complex engineering challenges.

The clips shown are excerpts from distinguished keynote addresses delivered at ASTFE Thermal and Fluids Engineering Conferences.

Access the full keynote lecture at: https://astfe-tectalk.com/video/40

09/18/2025

Struggling to find qualified peer reviewers or scientific experts in a variety of disciplines? You're not alone - but there's a solution. The Directory of Specialists offers free access to a comprehensive global network of verified scientists, engineers, and researchers.

It’s your direct line to finding the right expertise for peer review, collaboration, mentorship, or solving complex engineering challenges. Thousands of researchers are already using this platform to accelerate their work.

Start expanding your network today: https://wdst.begellhouse.com/

Behind every breakthrough published in our journals is an unsung hero: the peer reviewer. This Peer Review Week, we cele...
09/17/2025

Behind every breakthrough published in our journals is an unsung hero: the peer reviewer.

This Peer Review Week, we celebrate the researchers who pause their own work to examine, question, and improve the work of others. Your time, mentorship, and expertise protect the scientific community and society from flawed research.

To every reviewer who's spent late nights ensuring accuracy, who's caught critical errors, who's provided constructive feedback: THANK YOU. Science advances because of your dedication.

Solving Nuclear Engineering's Most Complex ChallengesNuclear power generation faces increasingly sophisticated technical...
09/17/2025

Solving Nuclear Engineering's Most Complex Challenges

Nuclear power generation faces increasingly sophisticated technical challenges: ensuring reactor safety under extreme conditions, optimizing heat transfer in critical systems, validating computational models for complex multiphase flows, and managing structural integrity over decades of operation.

Our Nuclear and Power Engineering eBook Collection provides the technical solutions needed to tackle accident management protocols, deterministic structural analysis, thermal hydraulic transient processes, and radiative transfer fundamentals - delivering the authoritative knowledge base that government labs, private R&D teams, and academic faculty rely on.

Discover our Nuclear and Power Engineering eBook Collection - technical excellence for advanced practitioners.

🔗: https://www.dl.begellhouse.com/collections/474c7adb08cf14f3.html

🏆 August's Research Champions: Heat Transfer ResearchRecognizing excellence in heat transfer research!Editors-in-Chief: ...
09/15/2025

🏆 August's Research Champions: Heat Transfer Research

Recognizing excellence in heat transfer research!

Editors-in-Chief:
Zhixiong Guo, The State University of New Jersey, USA
Oleg G. Penyazkov, Belorussian Academy of Sciences, Belarus

Discover why these papers are making waves: www.dl.begellhouse.com/HTR

🔬 SPOTLIGHT ON JOURNALS 🔬– September 2025 Heat Transfer ResearchKey Metrics:- SCIE Impact Factor: 1.6 (2024)- CiteScore:...
09/13/2025

🔬 SPOTLIGHT ON JOURNALS 🔬– September 2025

Heat Transfer Research

Key Metrics:
- SCIE Impact Factor: 1.6 (2024)
- CiteScore: 3.3 (2024)
- SJR Ranking: 0.381
- H-Index: 32

Leadership: Editors-in-Chief: Prof. Zhixiong Guo, The State University of New Jersey, USA; Prof. Oleg G. Penyazkov, Belorussian Academy of Sciences, Belarus

Why It Matters: As a globally recognized platform now reaching volume 56 in 2025, Heat Transfer Research has spent over five decades building an unmatched repository of thermal science excellence that spans the entire spectrum from basic heat conduction to advanced multi-scale applications in nuclear reactors and alternative energy systems. The journal's unique contribution lies in its role as the definitive archive where the world's finest heat transfer research converges, carefully selected through expert review processes that maintain the highest standards of scientific rigor and relevance.

Recent Highlights:
• Machine Learning Integration in Heat Transfer Prediction: Advanced ML architectures like multilayer perceptrons and nonlinear autoregressive exogenous models are achieving over 90% accuracy in predicting complex heat transfer phenomena, particularly in nanofluid applications, marking a significant shift toward AI-driven thermal system design and optimization.
• Hybrid Nanofluids and Advanced Cooling Systems: The development of tetra-hybrid nanofluids combining multiple nanoparticles (Ag, SWCNT, TiO2, Cu) with magnetic field manipulation is revolutionizing thermal management, offering up to 43% heat transfer enhancement in microchannels and enabling precise control of fluid dynamics for next-generation cooling applications.

🔗 Submission Info:
Average Review Time: 4 weeks
Open Access Options: Green and Gold OA Models
Gold Open Access APC: $2,800.00

Ready to submit your research? Learn more: www.dl.begellhouse.com/HTR

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