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La ricerca find articoli where soggetti phrase all words 'stirred vessel' sort by level,fasc_key/DESCEND, pagina_ini_num/ASCEND ha restituito 59 riferimenti
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    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. Huang, WH; Chang, CY; Chiu, CY; Chen, YH; Yu, YH; Ku, Y; Chen, JN
      Modeling ozone mass transfer with combined effects of ozone decomposition and reaction with pollutants in a bubble column

      JOURNAL OF THE CHINESE INSTITUTE OF CHEMICAL ENGINEERS
    3. Lu, WM; Wu, HZ
      Characteristics of the Smith turbine impeller in an aerated stirred vessel

      JOURNAL OF THE CHINESE INSTITUTE OF CHEMICAL ENGINEERS
    4. Mavros, P
      Flow visualization in stirred vessels - A review of experimental techniques

      CHEMICAL ENGINEERING RESEARCH & DESIGN
    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. Makino, T; Ohmura, N; Kataoka, K
      Observation of isolated mixing regions in a stirred vessel

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

      JOURNAL OF CHEMICAL ENGINEERING OF JAPAN
    8. Sumi, Y; Kamiwano, M
      Development and mixing characteristics of a multistage impeller for agitating highly viscous fluids

      JOURNAL OF CHEMICAL ENGINEERING OF JAPAN
    9. Rahimi, M; Mann, R
      Macro-mixing, partial segregation and 3-D selectivity fields inside a semi-batch stirred reactor

      CHEMICAL ENGINEERING SCIENCE
    10. Zahradnik, J; Mann, R; Fialova, M; Vlaev, D; Vlaev, SD; Lossev, V; Seichter, P
      A networks-of-zones analysis of mixing and mass transfer in three industrial bioreactors

      CHEMICAL ENGINEERING SCIENCE
    11. Wang, M; Dorward, A; Vlaev, D; Mann, R
      Measurements of gas-liquid mixing in a stirred vessel using electrical resistance tomography (ERT)

      CHEMICAL ENGINEERING JOURNAL
    12. Lu, WM; Wu, HZ; Chou, CY; Chang, JY
      Effect of gas recirculation rate on mass transfer within mechanically agitated vessels

      JOURNAL OF THE CHINESE INSTITUTE OF CHEMICAL ENGINEERS
    13. Roussinova, VT; Grgic, B; Kresta, SM
      Study of macro-instabilities in stirred tanks using a velocity decomposition technique

      CHEMICAL ENGINEERING RESEARCH & DESIGN
    14. Ng, K; Yianneskis, M
      Observations on the distribution of energy dissipation in stirred vessels

      CHEMICAL ENGINEERING RESEARCH & DESIGN
    15. Gezork, KM; Bujalski, W; Cooke, M; Nienow, AW
      The transition from homogeneous to heterogeneous flow in a gassed, stirredvessel

      CHEMICAL ENGINEERING RESEARCH & DESIGN
    16. Hasal, P; Montes, JL; Boisson, HC; Fort, I
      Macro-instabilities of velocity field in stirred vessel: detection and analysis

      CHEMICAL ENGINEERING SCIENCE
    17. Fangary, YS; Barigou, M; Seville, JPK; Parker, DJ
      Fluid trajectories in a stirred vessel of non-Newtonian liquid using positron emission particle tracking

      CHEMICAL ENGINEERING SCIENCE
    18. Sheng, J; Meng, H; Fox, RO
      A large eddy PIV method for turbulence dissipation rate estimation

      CHEMICAL ENGINEERING SCIENCE
    19. Paglianti, A; Takenaka, K; Bujalski, W; Takahashi, K
      Estimation of gas hold-up in aerated vessels

      CANADIAN JOURNAL OF CHEMICAL ENGINEERING
    20. Galindo, E; Pacek, AW; Nienow, AW
      Study of drop and bubble sizes in a simulated mycelial fermentation broth of up to four phases

      BIOTECHNOLOGY AND BIOENGINEERING
    21. Guillard, F; Tragardh, C
      Modeling of the performance of industrial bioreactors with a dynamic microenvironmental approach: A critical review

      CHEMICAL ENGINEERING & TECHNOLOGY
    22. Holden, PJ; Wang, M; Mann, R; Dickin, FJ; Edwards, RB
      On detecting mixing pathologies inside a stirred vessel using electrical resistance tomography

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

      CHEMICAL ENGINEERING RESEARCH & DESIGN
    24. Sessiecq, P; Mier, P; Gruy, F; Cournil, M
      Solid particles concentration profiles in an agitated vessel

      CHEMICAL ENGINEERING RESEARCH & DESIGN
    25. Lu, WM; Wu, HZ; Chou, CY
      Effect of impeller blade number on K(L)a in mechanically agitated vessels

      KOREAN JOURNAL OF CHEMICAL ENGINEERING
    26. Lee, SY; Ruutel, P; Barratt, PA; Tsui, YP
      Impinging zone reactor and its mathematical model for ozonation of waste water

      OZONE-SCIENCE & ENGINEERING
    27. Yokota, M; Takezawa, E; Takakusaki, T; Sato, A; Takahashi, H; Kubota, N
      Scale-up effect on the rate of contact nucleation caused by collisions of crystals with an impeller

      CHEMICAL ENGINEERING SCIENCE
    28. Suzukawa, K; Hashimoto, T; Osaka, H
      Measurement of turbulent flow fields in a stirred vessel with four bafflesby Laser-Doppler velocimetry (Analysis with periodic averaged velocity profiles)

      JSME INTERNATIONAL JOURNAL SERIES B-FLUIDS AND THERMAL ENGINEERING
    29. FENTIMAN NJ; STHILL N; LEE KC; PAUL GR; YIANNESKIS M
      A NOVEL PROFILED BLADE IMPELLER FOR HOMOGENIZATION OF MISCIBLE LIQUIDS IN STIRRED VESSELS

      Chemical engineering research & design
    30. NG K; FENTIMAN NJ; LEE KC; YIANNESKIS M
      ASSESSMENT OF SLIDING MESH CFD PREDICTIONS AND LDA MEASUREMENTS OF THE FLOW IN A TANK STIRRED BY A RUSHTON IMPELLER

      Chemical engineering research & design
    31. PACEK AW; MAN CC; NIENOW AW
      ON THE SAUTER MEAN DIAMETER AND SIZE DISTRIBUTIONS IN TURBULENT LIQUID LIQUID DISPERSIONS IN A STIRRED VESSEL/

      Chemical Engineering Science
    32. WITTMER S; FALK L; PITIOT P; VIVIER H
      CHARACTERIZATION OF STIRRED VESSEL HYDRODYNAMICS BY 3-DIMENSIONAL TRAJECTOGRAPHY

      Canadian journal of chemical engineering
    33. KAMINOYAMA M; NISHIMURA K; NISHI K; KAMIWANO M
      NUMERICAL-ANALYSIS OF BULK THERMAL STYREN E POLYMERIZATION IN STIRREDVESSEL WITH DOUBLE-HELICAL RIBBON IMPELLER

      Kagaku kogaku ronbunshu
    34. LEE KC; YIANNESKIS M
      A LIQUID-CRYSTAL THERMOGRAPHIC TECHNIQUE FOR THE MEASUREMENT OF MIXING CHARACTERISTICS IN STIRRED VESSELS

      Chemical engineering research & design
    35. MANN R; TOGATOROP A; SENIOR PR; GRAHAM P; EDWARDS RB
      EVALUATING MIXING IN STIRRED REACTORS BY 3-D VISUALIZATION - PARTIAL SEGREGATION FOR DUAL-FEED SEMIBATCH OPERATION

      Chemical engineering research & design
    36. OGAWA K; MORI Y
      SIZE EFFECT ON SPECTRUM OF TURBULENT ENERGY IN A STIRRED VESSEL

      Journal of Chemical Engineering of Japan
    37. RANADE VV
      AN EFFICIENT COMPUTATIONAL MODEL FOR SIMULATING FLOW IN STIRRED VESSELS - A CASE OF RUSHTON TURBINE

      Chemical Engineering Science
    38. MANN R; DICKIN FJ; WANG M; DYAKOWSKI T; WILLIAMS RA; EDWARDS RB; FORREST AE; HOLDEN PJ
      APPLICATION OF ELECTRICAL-RESISTANCE TOMOGRAPHY TO INTERROGATE MIXINGPROCESSES AT PLANT-SCALE

      Chemical Engineering Science
    39. SARAVANAN K; PATWARDHAN AW; JOSHI JB
      CRITICAL IMPELLER SPEED FOR SOLID SUSPENSION IN GAS INDUCING TYPE MECHANICALLY AGITATED CONTACTORS

      Canadian journal of chemical engineering
    40. TRAMPER J; VLAK JM; DEGOOIJER CD
      SCALE-UP ASPECTS OF SPARGED INSECT-CELL BIOREACTORS

      Cytotechnology
    41. TRAMPER J; VLAK JM; DEGOOIJER CD
      OXYGEN GRADIENTS IN SMALL AND BIG SPARGED INSECT-CELL BIOREACTORS

      Cytotechnology
    42. CHOW AHL; LEUNG MWM
      A STUDY OF THE MECHANISMS OF WET SPHERICAL AGGLOMERATION OF PHARMACEUTICAL POWDERS

      Drug development and industrial pharmacy
    43. RANADE VV; DOMMETI SMS
      COMPUTATIONAL SNAPSHOT OF FLOW GENERATED BY AXIAL IMPELLER IN BAFFLEDSTIRRED VESSELS

      Chemical engineering research & design
    44. CUI YQ; VANDERLANS RGJM; NOORMAN HJ; LUYBEN KCAM
      COMPARTMENT MIXING MODEL FOR STIRRED REACTORS WITH MULTIPLE IMPELLERS

      Chemical engineering research & design
    45. ROMAN RV; TUDOSE RZ
      STUDIES ON TRANSFER PROCESSES IN MIXING VESSELS - POWER CONSUMPTION OF THE MODIFIED RUSHTON TURBINE AGITATORS IN SINGLE PHASE SYSTEM

      Revue Roumaine de Chimie
    46. CUI YQ; VANDERLANS RGJM; LUYBEN KCAM
      LOCAL-POWER UPTAKE IN GAS-LIQUID SYSTEMS WITH SINGLE AND MULTIPLE RUSHTON TURBINES

      Chemical Engineering Science
    47. TRAMPER J
      OXYGEN GRADIENTS IN ANIMAL-CELL BIOREACTORS

      Cytotechnology
    48. KAMIWANO M; KAMINOYAMA M; YAMAMOTO K
      TRIAL MANUFACTURE OF A REAL-TIME AND MULT IPOINT TEMPERATURE MEASURING INSTRUMENT-APPLICATION FOR MEASURING THE HEAT-TRANSFER CONDITION OF HIGH VISCOUS FLUIDS IN A STIRRED VESSEL

      Kagaku kogaku ronbunshu
    49. SATOH K; MAEDA N; OGAWA N
      MINIMUM POWER OF IMPELLER REQUIRED FOR CO MPLETE SUSPENSION OF SOLID PARTICLES IN RECTANGULAR STIRRED VESSELS - EFFECTS OF CONFIGURATION OFVESSEL AND NUMBER OF IMPELLERS

      Kagaku kogaku ronbunshu
    50. LU WM; CHIU HT; LIN LC
      TURBULENT-FLOW IN MECHANICAL STIRRED VESSELS WITH MULTIPLE IMPELLERS .1. SINGLE-PHASE FLOW

      Journal of the Chinese Institute of Chemical Engineers
    51. LU WM; CHIU HT
      TURBULENT-FLOW IN MECHANICAL STIRRED VESSELS WITH MULTIPLE IMPELLERS .2. MOTION AND COALESCENCE OF SMALL BUBBLES

      Journal of the Chinese Institute of Chemical Engineers
    52. PACEK AW; NIENOW AW
      MEASUREMENT OF DROP SIZE DISTRIBUTION IN CONCENTRATED LIQUID-LIQUID DISPERSIONS - VIDEO AND CAPILLARY TECHNIQUES

      Chemical engineering research & design
    53. EINENKEL WD
      SINKING AND CIRCULATING PERFORMANCE ON SU SPENSION IN AN AGITATOR

      Chemieingenieurtechnik
    54. GROENEWEG F; VANDIEREN F; AGTEROF WGM
      DROPLET BREAK-UP IN A STIRRED WATER-IN-OIL EMULSION IN THE PRESENCE OF EMULSIFIERS

      Colloids and surfaces. A, Physicochemical and engineering aspects
    55. GEETHA KS; SURENDER GD
      SOLID-LIQUID MASS-TRANSFER IN THE PRESENCE OF MICROPARTICLES DURING DISSOLUTION OF IRON IN A MECHANICALLY AGITATED CONTRACTOR

      Hydrometallurgy
    56. ARMENANTE PM; ABUHAKMEH EA
      A NOVEL METHOD FOR THE EXPERIMENTAL-DETERMINATION OF THE MINIMUM AGITATION SPEED FOR COMPLETE LIQUID-LIQUID DISPERSION IN AGITATED LIQUID-LIQUID-GAS SYSTEMS

      Chemical engineering research & design
    57. PARTHASARATHY R; AHMED N
      SAUTER MEAN AND MAXIMUM BUBBLE DIAMETERS IN AERATED STIRRED VESSELS

      Chemical engineering research & design
    58. WALSH S; PERKINS J
      APPLICATION OF INTEGRATED PROCESS AND CONTROL-SYSTEM DESIGN TO WASTE-WATER NEUTRALIZATION

      Computers & chemical engineering
    59. REWATKAR VB; JOSHI JB
      ROLE OF SPARGER DESIGN ON GAS DISPERSION IN MECHANICALLY AGITATED GAS-LIQUID CONTACTORS

      Canadian journal of chemical engineering


ASDD Area Sistemi Dipartimentali e Documentali, Università di Bologna, Catalogo delle riviste ed altri periodici
Documento generato il 20/10/20 alle ore 09:22:40