UnB/FT/ENM/Vortex/Micro-Rheo
Prof. Francisco Ricardo Cunha, BSc., MSc., Ph.D
BSc and MSc (University of Brasília - Brazil),
Ph.D (DAMTP-U. of Cambridge - UK)
Pós-Doutorados (Yale University - USA and U. of California in Santa Barbara - UCSB-USA)
Leader of the VORTEX - Fluid Mechanics of Complex Flows Research Group/CNPq
Coordinator of Microhydrodynamics & Rheology LAB - MICRO-RHEO/VORTEX/ENM/FT/UnB
Researcher Fellow of CNPq - Productivity Fellowship (since 1996) - PQ-1, since 2000
Editor-in-Chief of the J. Braz. Soc. Mech. Sci and Engn - Springer / ABCM - (2015 -2019)
Google Scholar: NC = 1392, IH = 20, I10 = 43
SCOPUS: NC = 806, IH =14
ORCID: 0000-0003-2882-8195
Address
University of Brasília - Dep. of Mechanical Engineering - FT
Programa de Pós-Graduação em Ciências Mecânicas - PCMEC
Fluid Mechanics of Complex Flows - Research Group - VORTEX
Campus Universitário - Asa Norte, Brasília-DF, BRAZIL, 70910-900
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Courses in the Current Semester UnB - 1/2021
Undergraduate Course: Fluid Mechanics
Graduate Course: Continuum Mechanics
Reaching 300,000 views/visitors to this homepage (2019-current)
"Happy the one who transfers what he knows and learns what he teaches."
(C. Coralina)hap
Research:
I am the scientist leader of the Fluid Mechanics of Complex Flows Group and the Microhydrodynamics and Rheology LAB at University of Brasilia. My current research interests include: rheology of complex fluids; hydrodynamic of magnetic fluids, non-Newtonian fluid dynamics, microhydrodynamics of active and passive particles in suspensions; and mechanics of mobile suspensions in general. My research is highly interdisciplinary.
Vídeo Institucional - PPG em Ciência Mecânicas - PCMEC-ENM-FT/UnB
Supervision:
This Professor was the pioneer and founder of the area of Microhydrodynamics and Rheology of Complex Fluids (e.g. magnetic suspensions, emulsions, elastic fluids) at the University of Brasília - Brazil. I have supervised and guided several undergraduate and graduate students who are currently researching, advising and (or) working in that area at UnB itself and at other institutions , including companies and industry in Brazil and abroad. Most of the scientific publications listed below involves results of thesis, dissertations, final year project and scientific initiation research developed with my graduate and undergraduate students at University of Brasilia - ENM - VORTEX. I have highly valorized publishing with my supervised students.
SELECTED PUBLICATIONS
- Y. Z. Sinzato & F. R. Cunha, Capillary flow of magnetic fluids with effect of hydrodynamic dispersion. Physics of Fluids, (JCR=3.521; A1, 89%), 33, 10, 102006, 2021, doi.org/10.1063/5.0067715.
- S. Malvar & F. R. Cunha, A theoretical model for studying the nonlinear viscoelastic response of an active fluid undergoing oscillatory shear. Physics of Fluids, (JCR=3.521; A1, 89%), 33, 091903, 2021, doi.org/10.1063/5.0062870.
- F. R. Cunha & A. P. Rosa, Effect of particle dipolar interactions on the viscoelastic response of dilute ferrofluids undergoing oscillatory shear. Physics of Fluids, (JCR=3.521; A1, 89%), 33 (9) 2021, 092004 , doi.org/10.1063/5.0064960.
- P. Z. S. Paz, F. R. Cunha & Y. D. Sobral, A note on the stability of plane parallel flows of magnetic fluids under the presence of external magnetic fields. Applied Mathematics and Mechanics (English Edition), JCR=2.866; A2, 82%) , 2022, doi.org/10.1007/s10483-022-2813-9.
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- G. A. Roure & F. R. Cunha, On the magnetization of a dilute suspension in a uniform magnetic field: influence of dipolar and hydrodynamic particle interactions. Journal of Magnetism and Magnetic Materialls (JCR=2.993; A2, 76%), 513, 167082, 2020.
- L.H.P da Cunha, I. Siqueira, F.R. Cunha & T.F. Oliveira, Effects of external magnetic fields on the rheology and magnetization of dilute emulsions of ferrofluid droplets in shear flows. Physics of Fluids (JCR=3.521; A1, 89%), 32/7, 073306, 2020.
- Y. Z. SInzato & F. R. Cunha, Modeling and experiments of capillary flow of non-symmetric magnetic fluids under uniform field. Journal of Magnetism and Magnetic Materials (JCR=2.993; A2, 76%), 508, 166867, 2020.
- I. D. O. Perreira & F.R. Cunha, Rheological response in shear flows of a thermosensitive elastic liquid in the presence of some additivies. Rheologica Acta - Springer, (JCR=2.627; A2, 77%), 2020, 59, 307-316.
- A.P. Rosa & F.R. Cunha, The Influence of Dipolar Particle Interactions on the Magnetization and the Rotational Viscosity of Ferrofluids, Physics of Fluids, (JCR=3.521; A1, 89%), 31/5, 052006 17p., 2019.
- A. B. Guimarães, F.R. Cunha & R. G. Gontijo, The influence of hydrodynamic effects on the complex susceptibility response of magnetic fluids undergoing oscillatory fields: new insights for magnetic hyperthermia. Physics of Fluids - APS, (JCR=3.521; A1, 89%), 32/1, 012008, 2020.
- A. P. Rosa & F. R. Cunha, Shear rate dependence of viscosity and normal stress differences in ferrofluids. Journal of Magnetism and Magnetic Materials - Elsevier, (JCR=2.993; A2, 76%), vol. 499, 166184, 2020.
- J. A. C. Modesto, F. R. Cunha, Y. D. Sobral, Aggregation patterns in systems composed of few magnetic particles. Journal of Magnetism and Magnetic Materials, (JCR=2.993; A2, 76%), 512, 166664, 2020.
- S. Malvar, B. S. Carmo & F.R, Cunha, Rheology of a nematic active suspension undergoing oscillatory shear and step strain flows. Rheologica Acta - Springer, (JCR=2.627; A2, 77%), 58(11), 771-779, 2019.
- Y.D. Sinzato & F.R. Cunha, Stability analysis of an interface between immiscible liquids in Hele-Shaw flow in the presence of a magnetic field, Applied Mathematical Modelling, (JCR=5.129; A1, 96%), 75, 572-588, 2019.
- F.R. Cunha & T.F. Oliveira, A study on the flow of moderate and high viscosity ratio emulsion through a cylindrical tube , Rheologica Acta - Springer, (JCR=2.627; A2, 77%) , Vol 58, 63-77, 2019.
- G.A. Roure & F.R. Cunha, Hydrodynamic dispersion and aggregation induced by shear in non-Brownian magnetic suspensions, Physics of Fluids, (JCR=3.521; A1, 89%), 30(12), 122002 (9p.), 2018.
- S. Malvar, R.G. Gontijo & F.R. Cunha, Nonlinear Motion of an Oscillating Bubble Immersed in a Magnetic Fluid, Journal of Engineering Mathematics ,(JCR=1.509; A1, 88%), Vol 108/1, 143-170, 2018.
- R.G. Gontijo & F.R. Cunha, Numerical simulations of magnetic suspensions with hydrodynamic and dipole-dipole magnetic interactions, Physics of Fluids - (JCR=3.521; A1; 89%), Vol 29 , 062004 (21p), 2017.
- A.P. Rosa, G.C. Abade & F.R. Cunha, Computer Simulations of Equilibrium Magnetization and Microstructure in Magnetic Fluids, Physics of Fluids (JCR=3.521; A1; 89%), Vol 29/6 , 092006 (13p), 2017.
-Y. Z. Sinzato, N.J. Dias & F.R. Cunha, An experimental investigation of the interfacial tension between liquid-liquid mixtures in the presence of surfactants, Experimental Thermal and Fluid Science , (JCR=3.232; A1, 94%), Vol 85C, 370-378, 2017.
- R.G. Gontijo, S. Malvar, Y.D. Sobral & F.R. Cunha, The influence of a magnetic field on the mechanical behavior of a fluid interface, Meccanica - Springer: (JCR=2.259; A2, 80%) , Vol 52/6 , 1309-1327, 2017.
- S. Malvar, R.G. Gontijo, B.S. Carmo and F.R. Cunha, On the Kinematics-Wave Motion of Living Particles in Suspension, Biomicrofluidics (JCR=2.800; A2, 81%), Vol 11, 044112-1 a 044112-16, 2017.
- A.P. Rosa, F.R. Cunha & H.D. Ceniceros, On Minimal Energy Dipole Moment Distributions in Regular Polygonal Agglomerates, Journal of Magnetism and Magnetic Materials : (JCR=2.993; A2, 76%), Vol 421, 269-282, 2017.
- I. R. Siqueira, R. B. Rebouças, T. F. Oliveira & F. R. Cunha, A New Mesh Relaxation Approach and Automatic Time-Step Control Method for Boundary Integral Simulations of a Viscous Drop, Int. J. Numer. Meth. Fluids (JCR=2.107; A2, 84%) - Wiley InterScience, Vol 84, 221-238, 2017.
- F.R. Cunha, A.P. Rosa & N.J. Dias, Rheology of a Very Dilute Magnetic Suspension with Micro-Structures of Nanoparticles, Journal of Magnetism and Magnetic Materials: (JCR=2.993; A2, 76%), Vol 397C , 266-274, 2016.
- R.G. Gontijo, S. Malvar & F.R. Cunha, Magnetic particulate suspensions from the perspective of a dynamical system, Powder Technology: (JCR=5.134; A1, 89%), Vol 297, 165-182, 2016.
- A.P. Rosa, R.G. Gontijo & F.R. Cunha, Laminar pipe flow with drag reduction induced by a magnetic field gradient, Applied Mathematical Modeling - Elsevier : (JCR=5.129; A1, 96%), Vol 40, 3907-3918, 2016.
- T.F. Oliveira & F.R. Cunha, Emulsion Rheology for Steady and Oscillatory Shear Flows at Moderate and High Viscosity Ratio, Rheologica Acta - Springer: (JCR=2.627; A2, 77%), Vol 54, 951-971, 2015.
- R.G. Gontijo & F.R. Cunha, Dynamic numerical simulations of magnetically interacting suspensions in creeping flow, Powder Technology: (JCR=5.134; A1, 89%), Vol 279, 146-165, 2015.
- F.R. Cunha, R.G. Gontijo & Y.D. Sobral, Symmetry breaking of particle trajectories due to magnetic interactions in a dilute suspension, Journal of Magnetism and Magnetic Materials: (JCR=2.993; A2, 76%), Vol 326, 240-250, 2013.
- F.R. Cunha & D.L. Albernaz , Oscillatory motion of a spherical bubble in a non-Newtonian fluid, Journal of Non-Newtonian Fluid Mechanics ; (JCR=2.670; A2, 84%), Vol 191, 35-44, 2013.
- D.L. Albernaz & F.R. Cunha, Unsteady Motion of a Spherical Bubble in a Complex Fluid: Mathematical Modelling and Simulation, Applied Mathematical Modelling: (JCR=5.129; A1, 96%), Vol 37, DOI: 10.1016/j.apm.2013.03.065, 8972-8984, 2013.
- F.R. Cunha, Y.D. Sobral & R.G. Gontijo, Stabilization of concentration waves in fluidized beds of magnetic particles, Powder Technology: (JCR=5.134; A1, 89%), Vol 24 (1C), 219-229, 2013.
- T.F. Oliveira & F.R. Cunha, A theoretical description of a dilute emulsion of very viscous drops undergoing unsteady simple shear, Journal of Fluids Engineering - Transitions of the ASME (AIP - American Institute of Physics): (JCR=1.995; A2, 76%), Vol 133 (10), 101208 (8p), 2011.
- F.R. Cunha & H.L.G. Couto, On the influence of the hydrodynamic interactions on the aggregation rate of magnetic spheres in a dilute suspension, Journal of Magnetism and Magnetic Materials: (JCR=2.993; A2, 76%), Vol 323/1 , 77-82, 2011.
- D.L. Albernaz & F.R. Cunha, Bubble dynamics in a Maxwell fluid with extensional viscosity, Mechanics Research Communications: (JCR=2.254; A2, 76%), Vol 38/3, 255, 2011.
- R.V.V Lopes, L.F.B Osório, I.S Resk, M.J.A Sales, M.L. Santos, F.R. Cunha, Physicochemical and rheological properties of polyol from passion fruit oil, European Journal of Lipid Science and Technology: (JCR=2.679; A2, 75%), Vol 112 , 1253-1262, 2010.
- F.R. Cunha & H.L. Couto, Transverse Gradient Diffusion in a Polydisperse Dilute Suspension of Magnetic Spheres During Sedimentation, J. Phys: Condens. Matter: (JCR=2.333; A3, 73%), Vol 20, 204129, 2008.
- F.R. Cunha & H.L.G. Couto, A New Boundary Integral Formulation to Describe Three-Dimensional Motions of Interfaces Between Magnetic Fluids, Applied Mathematics and Computation: (JCR=4.091; A1, 95%), Vol 199/1, 70, 2008.
- G.C. Abade & F.R. Cunha, Computer Simulation of Particle Aggregates During Sedimentation, Computer Methods in Applied Mechanics and Engineering: (JCR=6.766; A1, 98%), Vol 196, 4597, 2007.
- Y.D. Sobral, T.F. Oliveira & F.R. Cunha, On the Unsteady Forces During the Motion of a Sedimenting Particle , Powder Technology: (JCR=5.134; A1, 89%), Vol 178, 131, 2007.
- F.R. Cunha, H.L.G. Couto, N.B. Marcelino, A Study on Magnetic Convection in a narrow Rectangular Cavity, Magnetohydrodynamics, (JCR=0.576; B2, 30%), Vol 43/4, 421-428, 2007.
- F.R. Cunha & M. Andreotti, A Study of the Effect of Polymer Solution in Promoting Friction Reduction in Turbulent Channel Flow , Journal of Fluids Engineering - Transitions of the ASME (AIP - American Institute of Physics): (JCR=1.995; A2, 76%), Vol 129, 491, 2006.
- S.C.A Absi, G.C. Carvalho & F.R. Cunha, A Statistical Approach for Monitoring Stochastic Welding Processes, Journal of Materials Processing Technology: (JCR=5.551; A1, 96%), Vol 175, 4, 2006.
- F.R. Cunha & Y.D. Sobral, Characterization of the Physical Parameters in a Process of Magnetic Separation and Pressure Driven Flows of a Magnetic Fluid in a Cylindrical Tube, Physica A: (JCR=3.263; A1, 92%), Vol 343, 36, 2004.
- FR Cunha, MH Almeida & M Loewenberg, Direct Numerical Simulations of Emulsion Flows, J. Braz. Soc. Mech. Sci (JCR=2.220; A3, 74%), Vol 25, 30, 2003.
- YD Sobral & FR Cunha, A Stability Analysis of a Magnetic Fluidized Bed, Journal of Magnetism and Magnetic Materials (JCR=2.1993; A2, 76%), Vol 258, 464, 2003.
- F.R. Cunha & M. Loewenberg, A Study of Emulsion Expansion by a Boundary Integral Method, Mechanics Research Comm. (JCR=2.254; A2, 76%), Vol 30/6, 639, 2003.
- F.R. Cunha, A.J. Sousa & P.C. Morais, The Dynamic Behaviour of a Collapsing Bubble in a Magnetic field, Journal of Magnetism and Magnetic Materials: (JCR=2.993; A2, 76%), Vol 252, 271, 2002.
- F.R. Cunha, G.C. Abade, A.J. Sousa & E.J. Hinch, Modelling and Direct Simulation of Velocity Fluctuations and Particle-Velocity Correlations in Sedimentation, Journal of Fluids Engineering - Transitions of the ASME (AIP - American Institute of Physics): (JCR=1.995; A2, 76%), Vol 124, 4, 957, 2002.
- F.R. Cunha, A.J. Sousa & E.J. Hinch, Numerical Simulation of Velocity Fluctuations and Dispersion of Sedimenting Particles, Chem. Engn. Comm: (JCR=2.494; A3, 66%), Vol 189/9, 1105-1129, 2002.
- F.R. Cunha & E.J. Hinch, Shear induced dispersion in a dilute suspension of rough spheres, Journal of Fluid Mechanics; (JCR=3.627; A1, 88%), Vol 309, 211, 1996.
Art by Marcos Fabrício de S. Aleixo Filho - (my MSc. student)