Introducing Teapot
Discover two new scholarly journals: Transport Phenomena (TP) and Open Transport (OT), known collectively as Teapot.
Like a teapot, which relies on heat to brew, diffusion to infuse, and flow to pour, these journals represent the infusion and dissemination of knowledge across disciplines.
Same editorial team, same standards, same scope—your choice
We understand how important it is for authors to have choices in both publications and publishing models. That’s why we’ve launched these sibling journals.
Sharing the same mission and scientific scope-publishing the latest advances in fluid dynamics, heat transfer, and mass transfer-the journals welcome contributions from all areas of the physical and biological sciences, applied mathematics, and every branch of engineering.
Whichever one's your cup of tea, we invite you to explore these new publications!
“We have created journals embodying the very essence of transport phenomena — always moving, always connecting, always transforming.”
Alan Jeffrey Giacomin (TP) and Natalie Germann (OT), Founding Editors-in-Chief
Special collections
Transport Phenomena and Open Transport regularly publish special collections in focused or thematic areas. Special collections are published across both journals-simply select a journal and submit via its online submission system, then choose the relevant special issue when prompted.
Tribute to James C. Wu for Seven Decades of Pioneering Research Guest editors: Joseph C. Majdalani (Auburn University, US), Vigor Yang (Georgia Institute of Technology, US)
Submission deadline: 30 June 2026
Vortex Fluids Mechanics
Guest editor: Wang Fang (Beihang University, Beijing, China)
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Submission deadline: 30 June 2026
Plasma Droplets
Guest editor: Yang Liu (The City College of New York, US)
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Submission deadline: 30 June 2026
Recent Advancements in Physical Sciences
Guest editor: Dharmendra Tripathi (National Institute of Technology, Uttarakhand, India)
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Submission deadline: 30 June 2026
Recent Advancements in Applied Mathematics and Computational Sciences
Guest editor: Dharmendra Tripathi (National Institute of Technology, Uttarakhand, India)
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Submission deadline: 30 June 2026
Tribute to David Vernon Boger (1939–2025)
Guest editors: Alan Jeffrey Giacomin (University of Nevada, Reno, US), Natalie Germann (University of Stuttgart, Germany), Nhan Phan-Thien (National University of Singapore, Singapore, and Zhejiang University, China), Rosanna Pasquino (University of Naples Federico II, Italy)
Submission Deadline: July 31 2026
75th Anniversary of the German Society of Rheology Guest editors: Jane Awayes, Main Symposium Organizer (TU Berlin, Germany), Oliver Löschke, DRG Board Member, and Symposium Organizer (TU Berlin, Germany), Erik Wassner, DRG President (BASF, Germany), Hans-Joachim Schmid, DRG Board Member (Paderborn University, Germany)
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Submission deadline: 8 October 2026
Submit your research
The journals advance understanding and application of the transport phenomena sciences through rigorous, fair peer review and the publication of original, tenure-accruing contributions that represent the best work of the transport community.
We welcome contributions from all areas of the physical and biological sciences, applied mathematics, and all branches of engineering, advancing the understanding of transport in all its forms.
Watch out for a new Teapot book series coming soon!
Find out more about what we've got brewing in the months ahead.
Teapot News
Get in touch
If you have any questions about Teapot or would like to discuss a manuscript, please do not hesitate to get in touch.
Jeffrey Giacomin, Editor-in-Chief of Transport Phenomena jeffrey.giacomin@degruyterbrill.com Natalie Germann, Editor-in-Chief of Open Transport Natalie.Germann@degruyterbrill.com
3D printing flows
Acoustics
Aerodynamics
Aerosols
Aerospace and aeronautical flows
Artificial intelligence and flows
Artistic flows
Astronomical flows
Astrophysical flows
Biofluid mechanics
Bioinspired flows
Biomedical flows
Biomicrofluidics
Boiling, condensation and evaporation
Bursting
Capillary flows
Catalytic conversion
Cavitation and cavitating flows
Cell biomechanics and flows
Chaotic flows
Chemically reacting flows
Civil Structure
Clouds
CO₂ flow s
Colloids
Combustion flows
Complex fluids
Compressible flows
Computational fluid dynamics
Computational fluid physics
Computers and fluids
Confined flows
Contact lines
Continuum mechanics
Convection
Convective heat transfer
Coupled transport
Creep, Compliance and recovery
Cryogenic flows
Crystallization and flows
Data-driven fluids research
Diffusion and diffusivity
Digital twin flows
Drag reduction
Droplets
Electrical and magnetic effects in fluid flows
Electrokinetics
Electrothermal flows
Emulsions
Enhanced oil recovery
Experiments in fluids
Field-driven motion
Film flows
Flow control
Flow instability and transition
Flow orientation and anisotropy
Flow through porous media
Flows over patterned substrates
Flows with other transport phenomena
Flows with complex boundary conditions
Flow visualization
Fluid mechanics
Fluid physical properties
Fluid–structure interactions
Foam, bubble and film mechanics
Food
Fracking
Fracture and flows
Free surface flows
Fuel cell processes
Gels
Geophysical flows
Georheology
Glasses
History of transport phenomena
Hydraulics
Hydraulic fracture
Hydrodynamics
Hydrophobicity
Ionic conduction
Imbibition
Interfacial flows
Jet flows
Kitchen flows
Knudsen flows
Laminar flows
Liquid crystals
Lubrication and tribology
Machine learning
Marangoni flows
Mathematics of fluids
Membrane separation
Meteorological flows
Micro- and nanofluid mechanics
Microfluidics
Microreactor flows
Mineral exploration flows
Mining flows
Mixing
Molecular liquids
Molecular theory
Multiphase flows
Musical instruments
Nanofluidics
Nanoparticle dynamics
Neuromorphic flows
Oil and gas flows
Particulate and granular flows
Petrochemical exploration flows
Pharmaceutical and pharmalogical transport
Quantum heat transport
Quantum hydrodynamics
Radiative heat transfer
Reactive flows
Relativistic fluid mechanics
Rheology
Rotating flows
Sedimentation
Shock wave phenomena
Smart fluid behavior
Soft matter
Solar thermal flows
Solvent exchange
Speech and hearing
Statistical mechanics of flows
Statistics of flows
Stratified flows
Supercooled liquids
Supercritical fluids
Superfluidity
Superhydrophobicity
Suspensions
Swarming flows
Swimming
Thermodiffusion
Thermodynamics of flows
Thermoelectric effects
Topological transport
Transonic flows
Transportation
Turbulent flows
Viscous and non-Newtonian flows
Viscoelasticity
Vortex dynamics
Waves
Wearable fluidics
Wicking
Wind
Featured articles
Discover research carefully selected by our editors, highlighting the most relevant findings and emerging ideas in the field.
