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.

Roy Pillers and Theodore (Ted) Heindel from the Center for Multiphase Flow Research and Education, Iowa State University...
12/24/2024

Roy Pillers and Theodore (Ted) Heindel from the Center for Multiphase Flow Research and Education, Iowa State University ISU ME delve into their award-winning on the complex behavior of bubble plumes created by plunging liquid jets and their interaction with tank floors — an area critical for understanding gas-liquid mixing efficiency in engineering applications.

🔗 https://ow.ly/n5pp50UwyuP

Follow for more from the Journal of Flow Visualization and Image Processing.

Editor-in-Chief: Dr. Muralidhar Krishnamurthy

This holiday season, we wish you peace, joy, and cherished moments with loved ones. May the Year of the Snake bring you ...
12/19/2024

This holiday season, we wish you peace, joy, and cherished moments with loved ones. May the Year of the Snake bring you success, prosperity, and exciting new opportunities.

Cheers to a Bright and Innovative 2025!

NEW in : Advancing Precision in Heat Flux MeasurementDr. Mikhail Kotov (Ishlinsky Institute for Problems in Mechanics R...
12/11/2024

NEW in : Advancing Precision in Heat Flux Measurement

Dr. Mikhail Kotov (Ishlinsky Institute for Problems in Mechanics RAS) explores innovative thermoelectric detectors and their transformative applications in shock-wave and ignition studies.

Key highlights:

✅ High signal-to-noise ratio and fast response time
✅ Reliable performance in extreme conditions (up to 50 MW/m²)
✅ Enhanced accuracy in measuring spontaneous ignition delays of combustible mixtures

Dr. Kotov’s findings open new pathways for understanding thermal loads under conditions where conventional sensors fail.

Get the full story: https://thermopedia.com/content/10445/

📢 Announcement: Begell House, Inc. Publishers Enhance Submission Integrity with Clear Skies Papermill DetectionWe’re exc...
12/06/2024

📢 Announcement: Begell House, Inc. Publishers Enhance Submission Integrity with Clear Skies Papermill Detection

We’re excited to announce the integration of Clear Skies Papermill Alarm software into the Begell House Online Submission System. Every manuscript will now undergo rigorous checks to identify fraudulent or unethical content, reinforcing Begell House’s commitment to publication integrity.

This initiative supports the goals of COPE: Promoting integrity in scholarly research and its publication, whose recent Publication Integrity Week highlighted the urgent need to protect the credibility of scholarly research.

Rhizoma Dioscoreae Nipponicae Relieves Asthma by Inducing the Ferroptosis of Eosinophils and Inhibiting the p38 MAPK Sig...
12/02/2024

Rhizoma Dioscoreae Nipponicae Relieves Asthma by Inducing the Ferroptosis of Eosinophils and Inhibiting the p38 MAPK Signaling Pathway

https://ow.ly/xzr450TSTJH

Similarities and Differences between Osteoclast-Mediated Functional Activation of NK, CD3+ T, and γδ T Cells from Humans...
11/29/2024

Similarities and Differences between Osteoclast-Mediated Functional Activation of NK, CD3+ T, and γδ T Cells from Humans, Humanized-BLT Mice, and WT Mice

https://ow.ly/mRrp50TSTIf

Numerical Analysis of Suffusion Behavior Under Cyclic Loading with Coupled CFD-DEM Simulationhttps://ow.ly/psZV50TSVGO ...
11/26/2024

Numerical Analysis of Suffusion Behavior Under Cyclic Loading with Coupled CFD-DEM Simulation

https://ow.ly/psZV50TSVGO

LAMA3 Promotes Tumorigenesis of Oral Squamous Cell Carcinoma by METTL3-Mediated N6-Methyladenosine Modificationhttps://o...
11/25/2024

LAMA3 Promotes Tumorigenesis of Oral Squamous Cell Carcinoma by METTL3-Mediated N6-Methyladenosine Modification

https://ow.ly/mExx50TSTEf

MicroRNA-99b Regulates Bacillus Calmette-Guerin-Infected Immature Dendritic Cell-Induced CD4+ T Cell Differentiation by ...
11/22/2024

MicroRNA-99b Regulates Bacillus Calmette-Guerin-Infected Immature Dendritic Cell-Induced CD4+ T Cell Differentiation by Targeting mTOR Signaling

https://ow.ly/FtMj50TSTwN

Microscopic Mechanisms of Particle Size Effect on 2d Arching Effect Development and Degradation in Granular Materialshtt...
11/21/2024

Microscopic Mechanisms of Particle Size Effect on 2d Arching Effect Development and Degradation in Granular Materials

https://ow.ly/wckI50TSVCc

Thermal-fluids engineering is key to solving critical global challenges like improving energy efficiency, achieving net-...
11/19/2024

Thermal-fluids engineering is key to solving critical global challenges like improving energy efficiency, achieving net-zero emissions, and developing innovative cooling systems and sustainable materials.

At Begell House, we publish one of the most trusted and comprehensive research collections in thermal and fluids sciences and engineering, supporting breakthroughs in power generation, renewable energy, healthcare, aerospace, and beyond.

In an era of increasing retractions in scientific publishing, you can rely on the Begell Digital Portal for accurate, peer-reviewed research that makes a difference.

Browse our publications by discipline at https://www.dl.begellhouse.com/collections/

Silencing of FUN14 Domain Containing 1 Inhibits Platelet Activation in Diabetes Mellitus through Blocking Mitophagyhttps...
11/19/2024

Silencing of FUN14 Domain Containing 1 Inhibits Platelet Activation in Diabetes Mellitus through Blocking Mitophagy

https://ow.ly/IShe50TSTrI

Calibration Method of Microscopic Parameters for Similar Material of Surrounding Rock Based on Demhttps://ow.ly/IJCy50TS...
11/18/2024

Calibration Method of Microscopic Parameters for Similar Material of Surrounding Rock Based on Dem

https://ow.ly/IJCy50TSVul

Data-Driven Identification of Quadratic Representations for Nonlinear Hamiltonian Systems Using Weakly Symplectic Liftin...
11/15/2024

Data-Driven Identification of Quadratic Representations for Nonlinear Hamiltonian Systems Using Weakly Symplectic Liftings

https://ow.ly/VuIu50U1x5M

Assessing Shear Strength of Silica-Nash Geopolymer Composite Using Molecular Dynamic Simulationhttps://ow.ly/VLCy50TSVky...
11/14/2024

Assessing Shear Strength of Silica-Nash Geopolymer Composite Using Molecular Dynamic Simulation

https://ow.ly/VLCy50TSVky

Application and Evaluation of Plasma Generated by Asymmetric Surface Discharge on the Ceramic Surface to Hemostatic Equi...
11/13/2024

Application and Evaluation of Plasma Generated by Asymmetric Surface Discharge on the Ceramic Surface to Hemostatic Equipment

https://ow.ly/PNcP50TTzK3

Mesoscale Fracture Modeling of Four-Phase Concrete Using a DEM-Enhanced Structure Generation Methodhttps://ow.ly/KzQ950T...
11/12/2024

Mesoscale Fracture Modeling of Four-Phase Concrete Using a DEM-Enhanced Structure Generation Method

https://ow.ly/KzQ950TSV8f

NEW in THA Focus: Pushing the Boundaries of Sustainable Aviation and Clean EnergyThis new research from Prof. Guillermo ...
11/12/2024

NEW in THA Focus:

Pushing the Boundaries of Sustainable Aviation and Clean Energy

This new research from Prof. Guillermo Paniagua of Purdue University on supersonic turbomachinery underscores the transformative potential of detonation-based engines. By leveraging hydrogen combustion in rotating detonation engines (RDEs), researchers are advancing fuel efficiency and thrust in compact, high-performance gas turbines.

This innovative work — encompassing advanced cooling techniques, CFD simulations, and experimental diagnostics — addresses the aerodynamic and thermal challenges of supersonic flows. Notably, Purdue University's Experimental Turbine Aerothermal Lab is pioneering turbine designs that promise greater efficiency for applications in aviation and hydrogen production, aligning with global clean energy goals.

Explore how these breakthroughs can reshape sustainable energy and aviation for a greener future.

Get the full story: https://thermopedia.com/content/10442/

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