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Begell House, Inc. Publishers

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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.

11/17/2025

How does the human body maintain its temperature across extreme cold, intense heat, and varying activity levels? A groundbreaking 3-D computational thermoregulation model provides new answers, revealing critical insights about metabolic rates, blood perfusion, and heat exchange that could inform everything from workplace safety standards to healthcare for aging populations. 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 validated model uncovers sensitivities that experiments alone cannot capture.

Read the article for free now: https://www.dl.begellhouse.com/journals/648192910890cd0e,2541a79f1cdbda99,6ad515dd2a188c34.html

11/14/2025

📢 Call for Papers: Special Issue on ‘AI in Atomization and Sprays’

The integration of AI and machine learning is transforming how we analyze, model, and optimize spray systems - from combustion and coatings to medical delivery and agricultural processes.

We invite submissions on:
• AI-enabled experimental + CFD analysis
• Real-time control and optimization of sprays
• Physics-informed neural networks + hybrid ML models
• Novel machine learning algorithms for spray dynamics

Guest Editors:
Fengnian Zhao, Shanghai Jiao Tong University
Prashant Khare, University of Cincinnati
Peng Zhang, City University of Hong Kong

This issue will highlight how AI improves efficiency, precision, and sustainability in spray systems.

Learn More → https://www.begellhouse.com/journals/atomization-and-sprays.html

11/10/2025

Researchers have developed a computationally efficient model to simulate blood flow and heat transfer in automatically generated vascular networks, work that could advance our understanding of cardiovascular disease, drug delivery, and thermal ablation therapies.

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 study reveals how blood velocity and temperature dynamics shift across vessel bifurcations, offering critical insights for thermal therapy modeling.

Read the article for free now: https://www.dl.begellhouse.com/journals/648192910890cd0e,7cc5e8d95481748d,5184592a611ca3dc.html

10/24/2025

New issue of Critical Reviews in Eukaryotic Gene Expression, Volume 35, Issue 7, is out now!

Under the editorial guidance of Gary S. Stein, Janet L. Stein, and Jane B. Lian (University of Vermont), this collection unveils molecular switches controlling disease. Explore how tiny RNAs redirect immune responses in chronic sinus disease, how metabolic signatures stratify cancer patients for precision therapy, and how circular RNAs fuel skin inflammation through feedback loops. Discover bacterial tactics that help cancers evade cell death, genetic factors steering immune landscapes in breast tumors, and miRNA networks characterizing spinal tuberculosis.

Access the latest research: https://www.dl.begellhouse.com/journals/6dbf508d3b17c437,6b924d6f5521c33e.html

10/23/2025

The new issue of International Journal of Energy for a Clean Environment—Volume 26, Issue 8—is now available!

Edited by Saroj Kumar Acharya (Siksha 'O' Anushandhan Deemed to be University), this edition explores how advanced computational methods and novel material designs converge to strengthen clean energy systems. Researchers integrate discrete wavelet transform with ensemble learning for real-time fault identification in wind installations, combine ceramic matrices with silicon carbide foam for ultra-low emission combustion, engineer heat exchangers for extreme operating pressures in gasification environments, and apply Taguchi optimization with dolomite catalysts to enhance syngas quality. Innovative approaches bridging computational intelligence and materials engineering for sustainable power generation.

Read now: https://www.dl.begellhouse.com/journals/6d18a859536a7b02,467e9a336a9a3dc1.html

10/23/2025

New issue of Special Topics & Reviews in Porous Media—Volume 16, Issue 6—is now available!

Edited by Dharmendra Tripathi (National Institute of Technology Uttarakhand) and Kalpana Sharma (Manipal University Jaipur), this edition explores intriguing physical behaviors across multiple length scales. Studies reveal how magnetic field inclination alters velocity profiles in shrinking sheet flows, how permeability governs vortex formation in non-standard geometries, and how activation energy thresholds control mass transfer in reactive systems. Research encompasses lattice Boltzmann simulations of parabolic temperature variations in driven cavities, gyrotactic microorganism behavior in Williamson fluids, and nanoparticle effects on heat transfer enhancement. Fundamental discoveries with far-reaching applications await.

Read now: https://www.dl.begellhouse.com/journals/3d21681c18f5b5e7,0cedcd8758051024.html

10/23/2025

Volume 35, Issue 9 of Atomization and Sprays is now available!

Edited by Günter Brenn (Technische Universität Graz), David Hung (Shanghai Jiao Tong University), and Marcus Herrmann (Arizona State University), this issue reveals significant injector-to-injector variations affecting transient diesel spray symmetry, demonstrates that modified initialization strategies enhance predictions of ammonia flash-boiling behavior, and establishes how liquid properties and mesh characteristics govern pe*******on thresholds. Research with direct implications for engine design, alternative fuel implementation, and surface engineering applications.

Read now: https://www.dl.begellhouse.com/journals/6a7c7e10642258cc,570d7f667985f08c.html

10/21/2025

Have traditional journals rejected your manuscripts for being 'too interdisciplinary'? That's exactly the type of research we publish at Begell House Inc. Publishers. This , discover the space where thermal-fluids meets cancer research, AI meets biology, and where engineering helps solve medicine’s biggest challenges.

Benefit from:
-Fast peer review
-Affordable APCs (well under NIH’s proposed price cap)
-34 years of trust in scholarly publishing

When your work bridges disciplines, it belongs here.

Learn more: https://www.begellhouse.com/authors/

10/20/2025

10/17/2025

What if solar receivers could reduce operating temperatures by up to 36 K through strategic fin placement, or laser therapies could precisely target tumors while sparing healthy tissue? This Special Issue from the 41st UIT International Heat Transfer Conference, curated by guest editors Gerardo Mauro (Universita degli Studi di Napoli Federico II) and Marcello Iasiello (Università Degli Studi di Napoli Federico II), showcases research where geometry optimization meets machine learning and experimental precision validates computational predictions. From cold storage systems achieving 13-hour charging cycles to digital twins controlling transient thermal systems, these studies reveal the field's evolution toward intelligent, data-driven design. Discover how researchers are bridging fundamental heat transfer principles with advanced computational tools at:

https://www.dl.begellhouse.com/journals/648192910890cd0e,211434422d5f6067.html

10/15/2025

📚 SPOTLIGHT ON BOOKS 📚 - October 2025

Sustainable Energy Storage for Furthering Renewable Energy By David S.-K. Ting and Jacqueline A. Stagner

How do we bridge the gap between renewable energy generation and consistent, reliable power delivery? As solar and wind technologies advance, the challenge isn't just producing clean energy—it's storing it effectively for when we need it most.
Meet the Experts: David S.-K. Ting leads research at the Turbulence & Energy Lab, Centre for Engineering Innovation at the University of Windsor , while Jacqueline A. Stagner contributes expertise from the Department of Mechanical, Automotive & Materials Engineering at the same institution. Together, they bring deep knowledge in energy systems and thermal management to address one of renewable energy's most critical obstacles.

This comprehensive 223-page resource tackles energy storage from multiple angles—from large-scale grid solutions to innovative thermal management applications. The book explores phase change materials for electronics cooling, photovoltaic-thermoelectric hybrid systems, and practical applications like solar cookstoves. With fossil fuels still playing a transitional role in our energy landscape, this work provides essential insights into sustainable storage technologies that make renewable energy not just viable, but practical for widespread adoption. Whether you're designing green buildings, optimizing thermal systems, or developing next-generation renewable infrastructure, this book delivers the technical depth and real-world applications you need.

Ready to advance your renewable energy projects with cutting-edge storage solutions? Available in hardcover and eBook format from Begell House Inc. Publishers—essential reading for mechanical engineers, energy system designers, and sustainability professionals driving the clean energy transition:
https://www.begellhouse.com/ebook_platform/638f03f42929ca2b/monograph/book/7c4e2997275ac4cd.html

Powering tomorrow's solutions with today's storage innovations.

10/08/2025

🔬 SPOTLIGHT ON JOURNALS 🔬– October 2025

Computational Thermal Sciences: An International Journal

Key Metrics:

- ESCI Impact Factor: 0.9
- CiteScore: 2.5
- SJR Ranking: 0.281
- H-Index: 23

Leadership: Editors-in-Chief: Prof. Wilson K. S. Chiu, University of Connecticut; Helcio Rangel Barreto Orlande, Federal University of Rio de Janeiro

Why It Matters: Published by Begell House since 2009, Computational Thermal Sciences has established rigorous standards across its 17 volumes by requiring comprehensive verification and validation procedures that elevate computational thermal research beyond routine commercial software applications. The journal's distinctive contribution lies in fostering methodological excellence in computational approaches to heat and mass transfer—from inverse problems and novel algorithms to AI-driven methods—while addressing critical applications in combustion, phase-change phenomena, thermal management, and sustainability that demand both mathematical innovation and experimental corroboration.

Recent Highlights:
• Integrated Computational Control Systems for Cancer Hyperthermia Treatment: Emerging research combines magnetic resonance thermometry with Kalman filtering and PID control algorithms to achieve optimal temperature distribution in hyperthermia therapy, with local thermal nonequilibrium (LTNE) models demonstrating 7.04% mean deviation from experimental data—significantly outperforming traditional Pennes and LTE models for nanoparticle-based treatments.
• Nanoparticle-Enhanced PCMs for Point-of-Care Diagnostics: Computational analysis shows that NePCMs containing CuO and Al2O3 nanoparticles enable rapid DNA amplification in microfluidic PCR devices, extending isothermal regions by 30-50% and achieving thermal equilibrium faster than conventional materials, addressing critical pathogen detection delays highlighted by recent pandemic challenges.
🔗 Submission Info:

Average Review Time: 16 weeks
Open Access Options: Green and Gold OA Models
Gold Open Access APC: $2,500.00

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

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