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1. Energy and climate in the urban built environment
by Santamouris, M and Asimakopoulos, D. N
2001, ISBN 9781873936900, 400
Construction | Habitations | Énergie solaire | Architecture et rayonnement solaire | Architecture and climate | Buildings | Energy conservation | Aspect de l'environnement | Solar energy | Passive systems | Systèmes passifs | Built Environment | Building and Construction | Architecture | Energy | Climate Change | City and Urban Planning | Cities & Infrastructure (Urban Studies) | Environmental aspects
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2. Full Text Ultra-fast microfluidic mixing by soft-wall turbulence
by Kumaran, V and Bandaru, P
Chemical engineering science, ISSN 0009-2509, 07/2016, Volume 149, pp. 156 - 168
Laminar–turbulent transition | Mixing | Microfluidics | Laminar-turbulent transition | Engineering | Engineering, Chemical | Technology | Science & Technology | Turbulence | Turbulent flow | Laminar flow | Fluid dynamics | Fluid flow | Devices | Channels
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3. Full Text Implicit Large Eddy Simulation of transition to turbulence at low Reynolds numbers using a Discontinuous Galerkin method
by Uranga, A and Persson, P.-O and Drela, M and Peraire, J
International journal for numerical methods in engineering, ISSN 0029-5981, 07/2011, Volume 87, Issue 1-5, pp. 232 - 261
Low reynolds number | Transition to turbulence | Implicit large eddy simulation | Laminar separation bubble | Discontinuous galerkin method | Mathematics, Interdisciplinary Applications | Engineering | Physical Sciences | Technology | Engineering, Multidisciplinary | Mathematics | Science & Technology | Fundamental areas of phenomenology (including applications) | Fluid dynamics | Turbulent flows, convection, and heat transfer | Exact sciences and technology | Partial differential equations, initial value problems and time-dependant initial-boundary value problems | Physics | Turbulence simulation and modeling | Sciences and techniques of general use | Numerical analysis. Scientific computation | Computational methods in fluid dynamics | Laminar boundary layers | Numerical analysis | Laminar flows | Low Reynolds number | Turbulence | Turbulent flow | Computational fluid dynamics | Reynolds number | Fluid flow | Galerkin methods | Laminar
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4. Full Text Single-phase mixed convection of developing and fully developed flow in smooth horizontal circular tubes in the laminar and transitional flow regimes
by Meyer, J.P and Everts, M
International journal of heat and mass transfer, ISSN 0017-9310, 02/2018, Volume 117, pp. 1251 - 1273
Transitional | Forced convection | Constant heat flux | Mixed convection | Heat transfer | Developing flow | Laminar | Thermodynamics | Engineering | Physical Sciences | Technology | Mechanics | Engineering, Mechanical | Science & Technology | Laminar mixing | Turbulence | Turbulent flow | Fluid dynamics | Reynolds number | Fluid flow | Boundary conditions | Free convection | Heat flux | Studies | Prandtl number | Mass flow rate | Laminar flow | Laminar heat transfer | Circular tubes | Heat transfer coefficients
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5. Full Text Discrete linear local eigenmodes in a separating laminar boundary layer
by Marxen, Olaf and Lang, Matthias and Rist, Ulrich
Journal of fluid mechanics, ISSN 0022-1120, 11/2012, Volume 711, pp. 1 - 26
Papers | boundary layer stability | transition to turbulence | boundary layer separation | Mechanics | Physical Sciences | Physics, Fluids & Plasmas | Technology | Physics | Science & Technology | Laminar flows | Fundamental areas of phenomenology (including applications) | Fluid dynamics | Turbulent flows, convection, and heat transfer | Exact sciences and technology | Transition to turbulence | Stability of laminar flows | Fluid mechanics | Flow velocity | Bubbles | Turbulent flow | Boundary layer | Separation | Stability | Upstream | Acceleration | Three dimensional | Laminar | Pressure gradients
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6. Full Text Roughness-Induced Instability in a Hypersonic Laminar Boundary Layer
by Wheaton, Bradley M and Schneider, Steven P
AIAA journal, ISSN 0001-1452, 06/2012, Volume 50, Issue 6, pp. 1245 - 1256
Laminar boundary layers | Supersonic and hypersonic flows | Laminar flows | Fundamental areas of phenomenology (including applications) | Fluid dynamics | Instrumentation for fluid dynamics | Exact sciences and technology | Stability of laminar flows | Physics | Compressible flows; shock and detonation phenomena | Measurement | Usage | Analysis | Reynolds number | Surface roughness | Sensors | Boundary layer | Aircraft | Pressure sensors | Laminar boundary layer | Stability | Roughness | Wakes | Hypersonic flow | Instability | Laminar
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7. Full Text Investigation of stationary-crossflow-instability induced transition with the temperature-sensitive paint method
by Lemarechal, Jonathan and Costantini, Marco and Klein, Christian and Kloker, Markus J and Würz, Werner and Kurz, Holger B.E and Streit, Thomas and Schaber, Sven
Experimental thermal and fluid science, ISSN 0894-1777, 12/2019, Volume 109, p. 109848
TSP | UFD | Discrete roughness elements | Stationary crossflow instability | Upstream flow deformation | DRE | Swept-wing wind-tunnel model design | Temperature-sensitive paint method | Laminar-turbulent transition | Transition delay | Thermodynamics | Engineering | Physical Sciences | Physics, Fluids & Plasmas | Technology | Engineering, Mechanical | Physics | Science & Technology | Temperature-sensitive paints | Temperature | Data points | Turbulent flow | Skin friction | Wind tunnels | Computational fluid dynamics | Roughness | Fluid flow | Spatial discrimination | Aerodynamics | Wedges | Flow stability | Wavelengths | Laminar flow | Swept wings | Laminar flow airfoils | Temperature effects | Instability | Wind tunnel models | Spatial resolution | Cross flow
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8. Full Text Correction: Interfacial effects on droplet dynamics in Poiseuille flow
by Schwalbe, Jonathan T and Phelan, Frederick R and Vlahovska, Petia M and Hudson, Steven D
Soft matter, ISSN 1744-683X, 5/2019, Volume 15, Issue 18, pp. 3835 - 3836
Laminar flow | Droplets
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9. Full Text Correction: Estimation and Analysis of Hybrid Laminar Flow Control on a Transonic Experiment
by Shi, Yayun and Cao, Tianshi and Yang, Tihao and Bai, Junqiang and Qu, Feng and Yang, Yixiong
AIAA journal, ISSN 0001-1452, 05/2020, Volume 58, Issue 11, pp. AU14 - AU14
Flow control | Laminar boundary layer | Laminar flow | Boundary layer control
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10. The indoor environment handbook
: how to make buildings healthy and comfortable
by Bluyssen, Philomena M
2009, ISBN 184407787X, xxx, 290 p., [4] p. of plates
Prevention | Buildings | Architecture as Topic | Environment Design | Sick building syndrome | prevention & control | Environment, Controlled | Environmental engineering | Health Geography | Built Environment | Building and Construction | Architecture | Cities & Infrastructure (Urban Studies) | Handbooks, manuals, etc | Interior architecture
Book
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11. Full Text Liquid Fuel Nonpremixed Swirl-Type Tubular Flame Burner
by Maron Sauer, Vinicius and Dunn-Rankin, Derek
Combustion science and technology, ISSN 0010-2202, 2018, pp. 1 - 12
Laminar flames | liquid fuels | laminar nonpremixed flames
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12. Full Text Experimental and Modeling Study of Premixed Laminar Flames of Ethanol and Methane
by Tran, Luc-Sy and Glaude, Pierre-Alexandre and Fournet, René and Battin-Leclerc, Frédérique
Energy & fuels, ISSN 0887-0624, 04/2013, Volume 27, Issue 4, pp. 2226 - 2245
Methane | Ethanol | Premixed flames | Ethyl alcohol | Mathematical models | Combustion | Sampling | Laminar | or physical chemistry | Chemical Physics | Chemical Sciences | Physics | Theoretical and | detailed kinetic model | biofuel | ethenol | premixed laminar flame
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13. Full Text Single-phase mixed convective heat transfer and pressure drop in the laminar and transitional flow regimes in smooth inclined tubes heated at a constant heat flux
by Meyer, J.P and Bashir, A.I and Everts, M
Experimental thermal and fluid science, ISSN 0894-1777, 12/2019, Volume 109, p. 109890
Vertical | Forced convection | Horizontal | Pressure drop | Buoyancy | Transition | Mixed convection | Inclination | Heat transfer | Laminar | Thermodynamics | Engineering | Physical Sciences | Physics, Fluids & Plasmas | Technology | Engineering, Mechanical | Physics | Science & Technology | Convective heat transfer | Turbulent flow | Grashof number | Fluid flow | Experiments | Convection | Heat flux | Coefficient of friction | Horizontal orientation | Tubes | Laminar mixing | Inclination angle | Fluid dynamics | Vertical orientation | Pressure | Flow | Friction | Simulation | Laminar flow | Laminar heat transfer | Heat transfer coefficients
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14. Full Text Investigation of volume fraction of nanoparticles effect and aspect ratio of the twisted tape in the tube
by Akbari, Omid Ali and Afrouzi, Hamid Hassanzadeh and Marzban, Ali and Toghraie, Davood and Malekzade, Hossein and Arabpour, Abedin
Journal of thermal analysis and calorimetry, ISSN 1388-6150, 9/2017, Volume 129, Issue 3, pp. 1911 - 1922
Polymer Sciences | Chemistry | Analytical Chemistry | Twisted ratios | Turbulent flow | Measurement Science and Instrumentation | Physical Chemistry | Twisted tapes | Inorganic Chemistry | Water/Al 2 O 3 nanofluid | Heat transfer | Water/Al | nanofluid | Nanoparticles | Turbulence | Models | Investigations | Computational fluid dynamics | Nanofluids | Aspect ratio | Velocity | Aluminum oxide | Concentration (composition) | Laminar flow | Laminar heat transfer
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