Catalogo Articoli (Spogli Riviste)

HELP
ATTENZIONE: attualmente gli articoli Current Contents (fonte ISI) a partire dall'anno 2002 sono consultabili sulla Risorsa On-Line

Le informazioni sugli articoli di fonte ISI sono coperte da copyright

La ricerca find articoli where soggetti phrase all words 'Rushton turbine' sort by level,fasc_key/DESCEND, pagina_ini_num/ASCEND ha restituito 81 riferimenti
Selezionare un intervallo

Per ulteriori informazioni selezionare i riferimenti di interesse.

    1. Bartels, C; Breuer, M; Wechsler, K; Durst, F
      Computational fluid dynamics applications on parallel-vector computers: computations of stirred vessel flows

      COMPUTERS & FLUIDS
    2. Jahangiri, M; Golkar-Narenji, MR; Montazerin, N; Savarmand, S
      Investigation of the viscoelastic effect on the Metzner and Otto coefficient through LDA velocity measurements

      CHINESE JOURNAL OF CHEMICAL ENGINEERING
    3. Kovacs, T; Tragardh, C; Fuchs, L
      Flow and turbulence in the discharge of radial pumping turbines: Influenceof the turbine type

      CHEMICAL ENGINEERING & TECHNOLOGY
    4. Revstedt, J; Fuchs, L
      Handling complex boundaries on a Cartesian grid using surface singularities

      INTERNATIONAL JOURNAL FOR NUMERICAL METHODS IN FLUIDS
    5. Ranade, VV; Perrard, M; Le Sauze, N; Bertrand, J
      Trailing vortices of Rushton turbine: PIV measurements and CFD simulationswith snapshot approach

      CHEMICAL ENGINEERING RESEARCH & DESIGN
    6. Baldyga, J
      Applicartions of Computational Fluid Mechanics (CFD) in chemical and process engineering

      INZYNIERIA CHEMICZNA I PROCESOWA
    7. Montante, G; Lee, KC; Brucato, A; Yianneskis, M
      Experiments and predictions of the transition of the flow pattern with impeller clearance in stirred tanks

      COMPUTERS & CHEMICAL ENGINEERING
    8. Roman, RV; Cojocaru, M; Gologan, R; Neacsu, C; Petrisor, I
      Some engineering aspects of streptomycin biosynthesis

      REVISTA DE CHIMIE
    9. Lane, GL; Rigby, GD; Evans, GM
      Pressure distribution on the surface of Rushton turbine blades - Experimental measurement and prediction by CFD

      JOURNAL OF CHEMICAL ENGINEERING OF JAPAN
    10. Lu, WM; Wu, HZ
      Gas dispersion mechanism around the Rushton turbine impeller in a mechanically stirred vessel

      JOURNAL OF CHEMICAL ENGINEERING OF JAPAN
    11. Rammohan, AR; Kemoun, A; Al-Dahhan, MH; Dudukovic, MP
      A Lagrangian description of flows in stirred tanks via computer-automated radioactive particle tracking (CARPT)

      CHEMICAL ENGINEERING SCIENCE
    12. Rielly, CD; Marquis, AJ
      A particle's eye view of crystallizer fluid mechanics

      CHEMICAL ENGINEERING SCIENCE
    13. Hollander, ED; Derksen, JJ; Bruinsma, OSL; van den Akker, HEA; van Rosmalen, GM
      A numerical study on the coupling of hydrodynamics and orthokinetic agglomeration

      CHEMICAL ENGINEERING SCIENCE
    14. Bouillard, J; Alban, B; Jacques, P; Xuereb, C
      Liquid flow velocity measurements in stirred tanks by ultra-sound Doppler velocimetry

      CHEMICAL ENGINEERING SCIENCE
    15. Baldyga, J; Bourne, JR; Pacek, AW; Amanullah, A; Nienow, AW
      Effects of agitation and scale-up on drop size in turbulent dispersions: allowance for intermittency

      CHEMICAL ENGINEERING SCIENCE
    16. Distelhoff, MFW; Marquis, AJ
      Scalar mixing measurements in a continuously operated stirred tank

      CANADIAN JOURNAL OF CHEMICAL ENGINEERING
    17. Kovacs, T; Tragardh, C; Fuchs, L
      Fourier spectrum to recover deterministic and stochastic behavior in stirred tanks

      AICHE JOURNAL
    18. Baudou, C; Xuereb, C; Costes, J; Bertrand, J
      Laser Doppler measurements of turbulent parameters in different multiple-propeller systems

      CHEMICAL ENGINEERING & TECHNOLOGY
    19. Guillard, F; Tragardh, C; Fuchs, L
      A study of turbulent mixing in a turbine-agitated tank using a fluorescence technique

      EXPERIMENTS IN FLUIDS
    20. Ng, K; Yianneskis, M
      Observations on the distribution of energy dissipation in stirred vessels

      CHEMICAL ENGINEERING RESEARCH & DESIGN
    21. Benayad, S; Salem, A; Legrand, J
      Study of mixing in an axisymmetric coflowing liquid jet by coupling LDA toan electrochemical method

      JOURNAL OF APPLIED ELECTROCHEMISTRY
    22. Vrabel, P; van der Lans, RGJM; Luyben, KCAM; Boon, L; Nienow, AW
      Mixing in large-scale vessels stirred with multiple radial or radial and axial up-pumping impellers: modelling and measurements

      CHEMICAL ENGINEERING SCIENCE
    23. Distelhoff, MFW; Marquis, AJ
      Scalar mixing in the vicinity of two disk turbines and two pitched blade impellers

      CHEMICAL ENGINEERING SCIENCE
    24. Hjorth, S; Karlsson, L; Friberg, P; Boon, L
      An analysis of the use of electrical power measurements for process control in large-scale stirred vessels

      CANADIAN JOURNAL OF CHEMICAL ENGINEERING
    25. Boon, LA; Hoeks, FWJMM; van der Lans, RGJM; Bujalski, W; Nienow, AW
      Instabilities when using a Standard (T/3) Rushton Turbine for Stirring as Foam Disruption (SAFD)

      CANADIAN JOURNAL OF CHEMICAL ENGINEERING
    26. Guillard, F; Tragardh, C; Fuchs, L
      New image analysis methods for the study of mixing patterns in stirred tanks

      CANADIAN JOURNAL OF CHEMICAL ENGINEERING
    27. Glasgow, LA
      Fluid-borne entities in the impeller stream of a Rushton turbine

      CANADIAN JOURNAL OF CHEMICAL ENGINEERING
    28. Revstedt, J; Fuchs, L; Kovacs, T; Tragardh, C
      Influence of impeller type on the flow structure in a stirred reactor

      AICHE JOURNAL
    29. Wernersson, ES; Tragardh, C
      Turbulence characteristics in turbine-agitated tanks of different sizes and geometries

      CHEMICAL ENGINEERING JOURNAL
    30. Derksen, JJ; Doelman, MS; Van den Akker, HEA
      Three-dimensional LDA measurements in the impeller region of a turbulentlystirred tank

      EXPERIMENTS IN FLUIDS
    31. Myers, KJ; Thomas, AJ; Bakker, A; Reeder, MF
      Performance of a gas dispersion impeller with vertically asymmetric blades

      CHEMICAL ENGINEERING RESEARCH & DESIGN
    32. Fentiman, NJ; Lee, KC; Paul, GR; Yianneskis, M
      On the trailing vortices around hydrofoil impeller blades

      CHEMICAL ENGINEERING RESEARCH & DESIGN
    33. Lamberto, DJ; Alvarez, MM; Muzzio, FJ
      Experimental and computational investigation of the laminar flow structurein a stirred tank

      CHEMICAL ENGINEERING SCIENCE
    34. Wernersson, ES; Tragardh, C
      Scale-up of Rushton turbine-agitated tanks

      CHEMICAL ENGINEERING SCIENCE
    35. Jenne, M; Reuss, M
      A critical assessment on the use of k-epsilon turbulence models for simulation of the turbulent liquid flow induced by a Rushton-turbine in baffled stirred-tank reactors

      CHEMICAL ENGINEERING SCIENCE
    36. Ranade, VV; Deshpande, VR
      Gas-liquid flow in stirred reactors: Trailing vortices and gas accumulation behind impeller blades

      CHEMICAL ENGINEERING SCIENCE
    37. Montante, G; Lee, KC; Brucato, A; Yianneskis, M
      An experimental study of double-to-single-loop transition in stirred vessels

      CANADIAN JOURNAL OF CHEMICAL ENGINEERING
    38. Loukili, A; Desplanches, H; Bonhomme, YG; Chevalier, JL; Bruxelmane, M; Chahdi, TO; El Ghadraoui, H
      Hydrodynamics in non-newtonian gas/liquid systems mechanically agitated, study of the thinny profile propeller and the Rushton disc turbine

      JOURNAL DE CHIMIE PHYSIQUE ET DE PHYSICO-CHIMIE BIOLOGIQUE
    39. KEMOUN A; LUSSEYRAN F; MALLET J; MAHOUAST M
      EXPERIMENTAL SCANNING FOR SIMPLIFYING THE MODEL OF A STIRRED-TANK FLOW

      Experiments in fluids
    40. MAVROS P; XUEREB C; BERTRAND J
      DETERMINATION OF 3-D FLOW-FIELDS IN AGITATED VESSELS BY LASER-DOPPLERVELOCIMETRY - USE AND INTERPRETATION OF RMS VELOCITIES

      Chemical engineering research & design
    41. KARCZ J; MAJOR M
      AN EFFECT OF A BAFFLE LENGTH ON THE POWER-CONSUMPTION IN AN AGITATED VESSEL

      Chemical engineering and processing
    42. SHIMIZU K; NOMURA T; TAKAHASHI K
      CRYSTAL SIZE DISTRIBUTION OF ALUMINUM POTASSIUM-SULFATE IN A BATCH CRYSTALLIZER EQUIPPED WITH DIFFERENT TYPES OF IMPELLER

      Journal of crystal growth
    43. KAMIWANO M; KAMINOYAMA M; NISHI K; SHIROTA D
      A METHOD FOR MEASURING BUBBLE DIAMETER DISTRIBUTION IN GAS-LIQUID AGITATED VESSEL UNDER HIGH GAS HOLD-UP USING REAL-TIME HIGH-SPEED IMAGE-PROCESSING SYSTEM

      Journal of Chemical Engineering of Japan
    44. BRUCATO A; CIOFALO M; GRISAFI F; MICALE C
      NUMERICAL PREDICTION OF FLOW-FIELDS IN BAFFLED STIRRED VESSELS - A COMPARISON OF ALTERNATIVE MODELING APPROACHES

      Chemical Engineering Science
    45. DEGLON DA; OCONNOR CT; PANDIT AB
      EFFICACY OF A SPINNING DISC AS A BUBBLE BREAK-UP DEVICE

      Chemical Engineering Science
    46. Revstedt, J; Fuchs, L; Tragardh, C
      Large eddy simulations of the turbulent flow in a stirred reactor

      CHEMICAL ENGINEERING SCIENCE
    47. PETTERSSON M; RASMUSON AC
      HYDRODYNAMICS OF SUSPENSIONS AGITATED BY PITCHED-BLADE TURBINE

      AIChE journal
    48. TEKIE Z; LI JJ; MORSI BI
      MASS-TRANSFER PARAMETERS OF O-2 AND N-2 IN CYCLOHEXANE UNDER ELEVATEDPRESSURES AND TEMPERATURES - A STATISTICAL APPROACH

      Industrial & engineering chemistry research
    49. SCHAFER M; HOFKEN M; DURST F
      DETAILED LDV MEASUREMENTS FOR VISUALIZATION OF THE FLOW-FIELD WITHIN A STIRRED-TANK REACTOR EQUIPPED WITH A RUSHTON TURBINE

      Chemical engineering research & design
    50. MAVROS P; BAUDOU C
      QUANTIFICATION OF THE PERFORMANCE OF AGITATORS IN STIRRED VESSELS - DEFINITION AND USE OF AN AGITATION INDEX

      Chemical engineering research & design
    51. MAVROS P; NAUDE I; XUEREB C; BERTRAND J
      LASER-DOPPLER VELOCIMETRY IN AGITATED VESSELS - EFFECT OF CONTINUOUS LIQUID STREAM ON FLOW PATTERNS

      Chemical engineering research & design
    52. MACHON V; PACEK AW; NIENOW AW
      BUBBLE SIZES IN ELECTROLYTE AND ALCOHOL-SOLUTIONS IN A TURBULENT STIRRED VESSEL

      Chemical engineering research & design
    53. RANADE VV
      AN EFFICIENT COMPUTATIONAL MODEL FOR SIMULATING FLOW IN STIRRED VESSELS - A CASE OF RUSHTON TURBINE

      Chemical Engineering Science
    54. BAUDOU C; XUEREB C; BERTRAND J
      3-D HYDRODYNAMICS GENERATED IN A STIRRED VESSEL BY A MULTIPLE-PROPELLER SYSTEM

      Canadian journal of chemical engineering
    55. DUCOSTE JJ; CLARK MM; WEETMAN RJ
      TURBULENCE IN FLOCCULATORS - EFFECTS OF TANK SIZE AND IMPELLER TYPE

      AIChE journal
    56. BOMBAC A; ZUN I; FILIPIC B; ZUMER M
      GAS-FILLED CAVITY STRUCTURES AND LOCAL VOID FRACTION DISTRIBUTION IN AERATED STIRRED VESSEL

      AIChE journal
    57. ROMAN RV; TUDOSE RZ
      STUDIES ON TRANSFER PROCESSES IN MIXING VESSELS - HYDRODYNAMIC OF THEMODIFIED RUSHTON TURBINE AGITATORS IN GAS-LIQUID DISPERSIONS

      Chemical engineering journal and the biochemical engineering journal
    58. MAVROS P; XUEREB C; BERTRAND J
      DETERMINATION OF 3-D FLOW-FIELDS IN AGITATED VESSELS BY LASER-DOPPLERVELOCIMETRY - EFFECT OF IMPELLER TYPE AND LIQUID VISCOSITY ON LIQUID FLOW PATTERNS

      Chemical engineering research & design
    59. TAKENAKA K; TAKAHASHI K
      LOCAL GAS HOLDUP AND GAS RECIRCULATION RATE IN AN AERATED VESSEL EQUIPPED WITH A RUSHTON TURBINE IMPELLER

      Journal of Chemical Engineering of Japan
    60. HOCKEY RM; NOURI JM
      TURBULENT-FLOW IN A BAFFLED VESSEL STIRRED BY A 60-DEGREES PITCHED BLADE IMPELLER

      Chemical Engineering Science
    61. CUI YQ; VANDERLANS RGJM; LUYBEN KCAM
      LOCAL-POWER UPTAKE IN GAS-LIQUID SYSTEMS WITH SINGLE AND MULTIPLE RUSHTON TURBINES

      Chemical Engineering Science
    62. JAWORSKI Z; NIENOW AW; DYSTER KN
      AN LDA STUDY OF THE TURBULENT-FLOW FIELD IN A BAFFLED VESSEL AGITATEDBY AN AXIAL, DOWN-PUMPING HYDROFOIL IMPELLER

      Canadian journal of chemical engineering
    63. JUSTEN P; PAUL GC; NIENOW AW; THOMAS CR
      DEPENDENCE OF MYCELIAL MORPHOLOGY ON IMPELLER TYPE AND AGITATION INTENSITY

      Biotechnology and bioengineering
    64. ARMENANTE PM; CHOU CC
      VELOCITY PROFILES IN A BAFFLED VESSEL WITH SINGLE OR DOUBLE PITCHED-BLADE TURBINES

      AIChE journal
    65. VASCONCELOS JMT; BARATA JM; ALVES SS
      TRANSITIONAL MIXING IN MULTIPLE-TURBINE AGITATED TANKS

      Chemical engineering journal
    66. VANWEERT G; VANDERWERFF D; DERKSEN JJ
      TRANSFER OF O-2 FROM AIR TO MINERAL SLURRIES IN A RUSHTON TURBINE AGITATED TANK

      Minerals engineering
    67. LU WM; LIN LC
      GAS DISPERSION AND BUBBLE-SIZE DISTRIBUTION IN DUAL IMPELLER STIRRED VESSELS

      Journal of the Chinese Institute of Chemical Engineers
    68. LUNDEN M
      SIMULATION OF 3-DIMENSIONAL FLOW IN STIRRED VESSELS, INFLUENCE OF THEIMPELLER MODELING AND SCALE-UP

      Chemical engineering communications
    69. HE YF; TAKAHASHI K
      PARTICLE-IMPELLER IMPACT FOR A 6 BLADED 45-DEGREES PITCHED TURBINE INAN AGITATED VESSEL

      Journal of Chemical Engineering of Japan
    70. TAKAHASHI K; FUJITA H
      A STUDY OF THE AGITATION SPEED TO JUST CAUSE COMPLETE SUSPENSION FOR NONSPHERICAL PARTICLES

      Journal of Chemical Engineering of Japan
    71. DORAISWAMY D; GRENVILLE RK; ETCHELLS AW
      2-SCORE YEARS OF THE METZNER-OTTO CORRELATION

      Industrial & engineering chemistry research
    72. LOI G; MURA A; TROIS P; ROSSI G
      THE PORTO-TORRES BIODEPYRITIZATION PILOT-PLANT - LIGHT AND SHADE OF ONE-YEAR OPERATION

      Fuel processing technology
    73. PARTHASARATHY R; AHMED N
      SAUTER MEAN AND MAXIMUM BUBBLE DIAMETERS IN AERATED STIRRED VESSELS

      Chemical engineering research & design
    74. TAKAHASHI K; NAKANO Y; HE YF; NOMURA T; SHIMIZU K
      EFFECT OF PARTICLE-IMPELLER IMPACT RATE ON PROPERTIES OF PRODUCT CRYSTALS IN AGITATED CRYSTALLIZERS OF DIFFERENT SIZES

      Journal of Chemical Engineering of Japan
    75. TAKAHASHI K; NAKANO Y; HE YF; NOMURA T; SHIMIZU K
      EFFECT OF PARTICLE-IMPELLER IMPACT RATE ON PROPERTIES OF PRODUCT CRYSTALS IN AGITATED CRYSTALLIZERS OF DIFFERENT SIZES

      Journal of Chemical Engineering of Japan
    76. HIRATA Y; NIENOW AW; MOORE IPT
      ESTIMATION OF CAVERN SIZES IN A SHEAR-THINNING PLASTIC FLUID AGITATEDBY A RUSHTON TURBINE BASED ON LDA MEASUREMENTS

      Journal of Chemical Engineering of Japan
    77. MANIKOWSKI M; BODEMEIER S; LUBBERT A; BUJALSKI W; NIENOW AW
      MEASUREMENT OF GAS AND LIQUID FLOWS IN STIRRED-TANK REACTORS WITH MULTIPLE AGITATORS

      Canadian journal of chemical engineering
    78. NOURI JM; WHITELAW JH
      FLOW CHARACTERISTICS OF HYPERBOLOID STIRRERS

      Canadian journal of chemical engineering
    79. NIENOW AW; HUNT G; BUCKLAND BC
      A FLUID DYNAMIC STUDY OF THE RETROFITTING OF LARGE AGITATED BIOREACTORS - TURBULENT-FLOW

      Biotechnology and bioengineering
    80. TAKAHASHI K; NIENOW AW
      BUBBLE SIZES AND COALESCENCE RATES IN AN AERATED VESSEL AGITATED BY ARUSHTON TURBINE

      Journal of Chemical Engineering of Japan
    81. LU WM; HSU RC; CHIEN WC; LIN LC
      MEASUREMENT OF LOCAL BUBBLE DIAMETERS AND ANALYSIS OF GAS DISPERSION IN AN AERATED VESSEL WITH DISK-TURBINE IMPELLER

      Journal of Chemical Engineering of Japan


ASDD Area Sistemi Dipartimentali e Documentali, Università di Bologna, Catalogo delle riviste ed altri periodici
Documento generato il 20/10/20 alle ore 14:52:18