'Void fraction' diaporamas de présentation

Ministry of Higher Education &scientific Research Mustansiriyah University

Ministry of Higher Education &scientific Research Mustansiriyah University College of Engineering Mechanical Engineering Department. Separated Two-Phase Flow. (Section 5). Asst. Prof. Dr. Hayder Mohammad Jaffal. Separated Two-Phase Flow.

484 views • 44 slides

Unit 9 Electromagnetic design Episode II

Unit 9 Electromagnetic design Episode II. Helene Felice , Soren Prestemon Lawrence Berkeley National Laboratory (LBNL) Paolo Ferracin and Ezio Todesco European Organization for Nuclear Research (CERN). QUESTIONS.

471 views • 38 slides

Fixed bed and fluidized bed

Fixed bed and fluidized bed. Ref: BSL, McCabe & Smith. Why fixed (or fluidized) bed? Expensive Catalyst enzyme (immobilized) Large Surface area Used in reaction/adsorption/ elution (for example). Goal: Expression for pressure drop, try some examples. Fixed bed. Filled with particles

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Fixed and Fluidized Beds

Fixed and Fluidized Beds. Goals. Describe forces that act on a bed of particles. Describe how pressure drop and bed height (or void fraction) vary with fluid velocity. Apply basic equations to compute pressure drop across the bed, the bed height and the diameter of the bed.

337 views • 32 slides

Synergies between Accelerator and Fusion Conductors

Synergies between Accelerator and Fusion Conductors. A. Vostner , S. Bonito-Oliva, A. Portone, H. Rajainmaki and C. Sborchia F4E, ITER Department, Barcelona E. Salpietro EFDA Garching. Introduction Cable in conduit conductor development for ITER

296 views • 29 slides

Multiphase Flow Phenomena in SGTR: Importance Ranking and Scaling Nam Dinh Division of Nuclear Power Safety Royal Insti

Multiphase Flow Phenomena in SGTR: Importance Ranking and Scaling Nam Dinh Division of Nuclear Power Safety Royal Institute of Technology (KTH) Stockholm, Sweden. Outline. Multiphase Flow Phenomena in SGTR Context - Revisited. Pressure Shock Wave . Sloshing . Steam Explosion .

380 views • 28 slides

Partial Oxidation of Benzene to Maleic Anhydride

Partial Oxidation of Benzene to Maleic Anhydride. Derek Becht Mike Raymond Eric Nette Matt Hunnemeder. Overview. Project Description Background Assumptions Solution Methodology Final Design Overall Comparison. Project Description. Reaction: Partial oxidation of benzene

1.71k views • 25 slides

TUSTP 2003

TUSTP 2003. Mechanistic Modeling and CFD Simulations of Oil-Water Dispersions in Separation Components. by Carlos F. Torres May 20, 2003. Topics. Background Objectives Particle Tracking Model Preliminary Results Universal Dispersion Model. Background.

406 views • 24 slides

Relevant one dimensional simulations of prompt physics in thick liquid design

Relevant one dimensional simulations of prompt physics in thick liquid design. C/C HIB target 50, 90cm radius voids (1Torr FLiBe vapor) void fraction (0%, 50%) Initial Temperature: 600C. Presented by D. A. Haynes, Jr. for the staff of the Fusion Technology Institute

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Reflooding of a degraded core with ICARE/CATHARE V2

343 views • 19 slides

Figure 2: Final Loading Pattern

Figure 3: LP F ?H Limit Confirmation. Figure 5: LP F ?H Rodded and Unrodded. Figure 1: Approach to Limits. Figure 6: MTC Limit Confirmation @ HFP. Figure 2: Final Loading Pattern. Figure 4: Boron Letdown Curve. Figure 7&8: HFP & HZP Differential Boron Worth.

129 views • 1 slides