Begell House, Inc. Publishers

01/14/2026

Georgia Tech Yellow Jackets – you already have powerful research at your fingertips. 🚀 As a Georgia Tech student or faculty member, your institution provides full access to the Begell Digital Portal, a high-level, interdisciplinary research platform spanning:

-Engineering: aerospace, biomedical, chemical & biomolecular, civil, electrical & computer, environmental, industrial, materials science, mechanical, nuclear & radiological, applied systems, and computational science & engineering.

-Computing & technology: human–computer interaction and advanced computational methods for modeling and simulation.

-Science & medicine–adjacent fields: biological sciences, biochemistry, chemistry, physics, earth & atmospheric sciences/environmental science, mathematics, applied physiology, and medical physics.

The Digital Portal also includes advanced computational tools for heat exchangers and thermal engineering, helping you model, analyze, and optimize complex heat transfer and thermal-fluid systems across these disciplines.

Access the Begell Digital Portal now: https://www.begellhouse.com/begell_digital_portal/

And start integrating publisher-grade, application-focused research into your coursework, design projects, theses, and grant proposals today.

01/13/2026

Proud to have sponsored the International Workshop on Computational Fluid Dynamics and Machine Learning (CFD-ML) at IIT Gandhinagar this week. At Begell House, we publish trusted, high-impact journals and databases specifically designed for research-intensive faculty and R&D engineers advancing CFD, thermal-fluids, and AI/ML applications.

Our Begell Digital Portal delivers specialized research across reacting flows, multiphase systems, turbulence modeling, physics-informed ML, and thermal management - domains where CFD is the primary focus, not a secondary tool. With over 40 years of expert proceedings from leading global engineering societies (IHTC, ICHMT, ISHMT, ASTFE) and authoritative multimedia databases like THERMOPEDIA™, we provide the rigorous, vetted content researchers need for serious breakthroughs.

Explore cutting-edge publications in inverse problems, uncertainty quantification, digital twins, and computational design. Free trials available for institutions and individual researchers.

Advance your research with proven resources built for the CFD-ML community.

Learn more: https://www.dl.begellhouse.com/collections/6042a24d2b32b2df.html

01/09/2026

Volume 33, Issue 1 of the Journal of Enhanced Heat Transfer is out now! 🔬

What if solar panels could stay cool enough to boost their efficiency dramatically? What if we could design heat exchangers that do the work of three while consuming less energy? Under the editorial leadership of Zhixiong "James" Guo at Rutgers University , this issue delivers groundbreaking solutions—from spray cooling with microscopic water droplets that revolutionizes photovoltaic performance in under three minutes, to a triple-threat heat exchanger design that elegantly handles waste heat recovery, water heating, and space conditioning simultaneously. Explore hybrid cooling systems that keep concentrated solar cells stable under intense thermal loads, and venture into unexpected territory where thermal dynamics in catheterized arteries could transform cardiovascular interventions. From renewable energy optimization to life-saving medical applications, discover how enhanced heat transfer continues to shape our technological future.

📖 Read the full issue now: https://www.dl.begellhouse.com/journals/4c8f5faa331b09ea,6fb90232798c03ae.html

01/09/2026

Advancing Research & Development in Sustainable Energy, Power & Propulsion

Begell House is proud to have sponsored the International Workshop on Sustainable Energy, Power and Propulsion (Jan 7-9, 2026), co-organized by Indian Institute of Technology Gandhinagar, Indian Institute of Technology, Kanpur, Indian Institute of Technology, Delhi, and University of Maryland.

Our specialized publications directly support researchers and engineers advancing critical fields including:

- Multiphase flows & hypersonic propulsion
- High-speed combustion & fuel-flexible systems
- Renewable fuels, hydrogen & ammonia technologies
- Computational modeling & advanced diagnostics
- Thermal management & emissions control

With over 40 years of expert insights from leading engineers and global thermo-fluids societies, our research-intensive journals and databases deliver trusted, high-impact content designed specifically for faculty and R&D engineers pushing the boundaries of energy and propulsion technologies.

Featured Publications:

International Journal of Energy for a Clean Environment: https://www.begellhouse.com/journals/energy-for-a-clean-environment.html

-Edited by Prof. Ashwani Gupta, University of Maryland - A. James Clark School of Engineering (invited speaker at this workshop).

International Journal of Energetic Materials and Chemical Propulsion: https://www.begellhouse.com/journals/energetic-materials-and-chemical-propulsion.html

-Edited by Dr. Keiichi Hori, JAXA: Japan Aerospace Exploration Agency and Dr. John Zevenbergen, TNO Defense Security and Safety

Explore our comprehensive collection for free! To request free trial access:

1. Comment on this post
2. Send us a message and choose “Request a Trial” in the dropdown menu: https://www.begellhouse.com/contact/

Discover how Begell House publications can accelerate your research in sustainable energy, combustion, and propulsion systems.

01/05/2026

Early detection of skin cancer could become more precise through optical diagnostics, but distinguishing between healthy tissue, non-melanoma carcinomas, and melanomas requires understanding how each reflects short-pulse laser signals. New computational simulations reveal how reflected light varies with tumor type and size, demonstrating that different skin carcinomas produce distinguishable signal magnitudes, though early-stage detection presents unique challenges. Available in open access until February 1st under the editorial leadership of Prof. Wilson K. S. Chiu (UConn, UConn College of Engineering) and Prof. Helcio Rangel Barreto Orlande (UFRJ - Universidade Federal do Rio de Janeiro), this work advances non-invasive diagnostic capabilities for cutaneous tumors.

Read the article for free now: https://www.dl.begellhouse.com/journals/648192910890cd0e,7cc5e8d95481748d,21dbde91142115b7.html

12/30/2025

Happy New Year! 🎊

As we welcome 2026, the Year of the Horse in the Chinese zodiac, we're grateful for our incredible scholarly community. In Chinese tradition, the Horse symbolizes energy, progress, and optimism – qualities we hope define the year ahead for all of us.

May 2026 bring you success, discovery, and exciting new opportunities in your research and professional endeavors. Cheers!

12/29/2025

New issue alert! Volume 24, Issue 6 of International Journal of Energetic Materials and Chemical Propulsion is live! Inside: solid fuels that pack more hydrogen than liquid H2, silver nanoparticles revolutionizing boron combustion, the friction-detonation connection revealed, methane-air PDEs optimized, and metal hydrides delivering 70% regression rate increases. Five groundbreaking studies. One essential read for propulsion engineers.

Access now: https://www.dl.begellhouse.com/journals/17bbb47e377ce023,4b16953a4c15a5b0.html



12/29/2025

Additive manufacturing is unlocking new possibilities for architected porous materials with intricate geometries, but predicting their thermal performance remains challenging. Groundbreaking research uses COMSOL simulations to establish correlations between tortuosity and effective thermal conductivity in triply periodic minimal surface (TPMS) structures, revealing how geometry type and solid volume fraction influence heat conduction in ways that can guide the design of next-generation heat transfer devices. Available in open access until February 1st under the editorial leadership of Prof. Wilson Chiu (UConn, UConn College of Engineering) and Prof. Helcio Rangel Barreto Orlande (UFRJ - Universidade Federal do Rio de Janeiro), this work bridges computational modeling with experimental validation.

Read the article for free now: https://dl.begellhouse.com/journals/648192910890cd0e,737f42a3757e7a9d,6afec35c37a5dbc7.html

12/24/2025

Atomization and Sprays Volume 35, Issue 10 is here! From inkjet printing to electric vehicle thermal management, this issue tackles real-world challenges. Learn how confined geometry transforms droplet behavior, discover optimal microstructures for cooling IGBT modules, and explore atomization techniques for fluids once thought impossible to spray.

Check it out: https://www.dl.begellhouse.com/journals/6a7c7e10642258cc,3ca4e57e69256738.html

12/22/2025

Did you know?

Every Begell Research Collection subscription includes full archival access — not just the current volume.

That means you get the latest research PLUS the complete research history behind it — decades of methods, datasets, and foundational theory.

This is especially valuable for:
• Graduate thesis development
• Cross-disciplinary research proposals
• Early-stage literature exploration

Explore our curated research collections: https://www.begellhouse.com/begell_digital_portal/

12/22/2025

Estimating heat flux at boundaries when sensors must be placed far from the source has been a persistent challenge, signal damping and delays make reconstruction difficult. Researchers have advanced the inverse ARX method by incorporating a delay parameter that enables accurate boundary condition estimation even when the signal is damped by up to ten times, though fast transients remain challenging to capture. Available in open access until February 1st under the editorial leadership of Prof. Wilson Chiu (University of Connecticut, UConn College of Engineering) and Prof. Helcio Rangel Barreto Orlande (UFRJ - Universidade Federal do Rio de Janeiro), this work addresses practical limitations in inverse heat conduction problems with computational efficiency.

Read the article for free now: https://dl.begellhouse.com/journals/648192910890cd0e,2f4284ea3db5895a,082830f64c15cf2e.html

12/19/2025

Last week, thermal engineers worldwide attended the at IIT Jodhpur. This week, we’re revisiting a standout presentation from last year's conference by Prof. C. Balaji, Head of Mechanical Engineering and T.T. Narendran Institute Chair Professor at IIT Madras : "Thermal Management Techniques: Innovations and Insights"

Thermal management matters more than ever – critical for electric vehicle battery safety and performance, next-gen electronics and data centers, and spacecraft reliability and satellite systems.

With over 30 years of distinguished research and teaching, Prof. Balaji is a titan in thermal sciences. His expertise spans experimental and numerical heat transfer, electronic cooling, radiative heat transfer, and optimization techniques. An elected Fellow of the Indian National Academy of Engineering, he's received prestigious honors including the Humboldt Fellowship, Swarnajayanthi Fellowship, and Tamil Nadu Scientist Award. As author of 16 books and numerous research publications, he continues to shape the future of thermal engineering education and research.

🎥 Watch the full lecture: https://www.youtube.com/watch?v=xUJmG0rNMUg

Thermal Management of EV Batteries-Prof C. Balaji