'Fluid properties' diaporamas de présentation

Surfactant-Based Enhanced Oil recovery Processes and Foam Mobility Control Task 4: Simulation of Field-Scale Processes

Surfactant-Based Enhanced Oil recovery Processes and Foam Mobility Control Task 4: Simulation of Field-Scale Processes. Mojdeh Delshad Gary Pope Glen Anderson Hourshad Mohammadi Nariman Fathi.

1.08k views • 49 slides

Solution of Benchmark Problems for CO 2 Storage

Solution of Benchmark Problems for CO 2 Storage. Min Jin, Gillian Pickup and Eric Mackay Heriot-Watt University Institute of Petroleum Engineering. Outline. Introduction Problem 1 Leakage through an abandoned well Problem 2 Enhanced methane recovery Problem 3

577 views • 48 slides

Solution of Benchmark Problems for CO 2 Storage

Solution of Benchmark Problems for CO 2 Storage. Min Jin, Gillian Pickup and Eric Mackay Heriot-Watt University Institute of Petroleum Engineering. Outline. Introduction Problem 1 Leakage through an abandoned well Problem 2 Enhanced methane recovery Problem 3

567 views • 48 slides

Chapter 4 DIMENSIONAL ANALYSIS AND DYNAMIC SIMILITUDE

Chapter 4 DIMENSIONAL ANALYSIS AND DYNAMIC SIMILITUDE.

1.08k views • 44 slides

FUNDAMENTAL OF CONVECTION

FUNDAMENTAL OF CONVECTION. Nazaruddin Sinaga Laboratorium Efisiensi dan Konservasi Energi Fakultas Teknik Universitas Diponegoro. Convection. Bulk movement of thermal energy in fluids. Hot Water Baseboard Heating and Refrigerators. Cold air sinks.

937 views • 39 slides

FREE CONVECTION

FREE CONVECTION. Nazaruddin Sinaga Laboratorium Efisiensi dan Konservasi Energi Jurusan Teknik Mesin Universitas Diponegoro. FREE CONVECTION . The cooling of a boiled egg in a cooler environment by natural convection.

1.57k views • 36 slides

Oil & Gas Competency Building Workshop Introduction to the Exploration & Production Industry The E&P Busin

441 views • 34 slides

Mass Diffusion

1.16k views • 32 slides

Chapter 15 Human Movement in a Fluid Medium

2.59k views • 32 slides

Chapter 1 INTRODUCTION AND BASIC CONCEPTS

Thermodynamics: An Engineering Approach, 6 th Edition Yunus A. Cengel, Michael A. Boles McGraw-Hill, 2008. Chapter 1 INTRODUCTION AND BASIC CONCEPTS. Objectives.

938 views • 30 slides

Asphalt and Asphalt Concrete

Asphalt and Asphalt Concrete. History Asphalt and Tar Material Engineered Asphalt Cements Hot-mixed asphalt Cutbacks Emulsions Properties of Asphalt. History. 3500 B.C. natural bitumen used to line reservoirs by the Greeks First US asphalt in NY and NJ Automobile drove the ACC industry.

1.45k views • 29 slides

Ink Jetted Metallization Mikko Ruskola Marianne Joutti Anas Al-Azawi Jukka Heikkurinen

Ink Jetted Metallization Mikko Ruskola Marianne Joutti Anas Al-Azawi Jukka Heikkurinen Sasha Hoshian. Contents. Inkjetting Ink formulation and nanoparticle properties Sintering Electrical characterization Smallest line width. Ink Jetting (1/5). Etch-mask patterning

550 views • 29 slides

FE Hydraulics/Fluid Mechanics Review

FE Hydraulics/Fluid Mechanics Review. School of Civil Engineering Hydraulics/Hydrology Group. Preliminaries, Fluid properties. Preliminaries Units and dimensions Forces and stresses gage and absolute pressures: p abs = p gage + p atm Fluid properties

666 views • 27 slides

Example 3.4

Example 3.4.

917 views • 25 slides

GOTHIC: Overview

GOTHIC: Overview . TL George Numerical Applications, Inc. GOTHIC 7.2. General Purpose Thermal-Hydraulic Analysis Special Modeling Features for Containment Building Modeling Ongoing Development and Maintenance Support by the EPRI GOTHIC Enhancement Project (since 1993). Multi-Zone Modeling.

456 views • 24 slides

Underbalanced Perforating

Underbalanced Perforating. Underbalanced Perforating. Early tests by Exxon showed that flow patterns and perforation geometry prevent the cleaning out of an appreciable percentage of mud-or silt-plugged perforations by simple production from a well

800 views • 23 slides

Computational Fluid Dynamics

Computational Fluid Dynamics. Real-time animation of low-Reynolds-number flow using Smoothed Particle Hydrodynamics presentation by ?? ? Dominik Seifert B97902122. Visualization of my results. http://csie.ntu.edu.tw/~b97122/archive/fluid_dynamics/capture.mp4. My code.

531 views • 21 slides

ES 202 Fluid and Thermal Systems Lecture 11: Pipe Flow (Major and Minor Losses) (1/7/2003)

402 views • 10 slides

TDS, charge balance, and other properties

185 views • 3 slides

Additional practice problems

Additional practice problems We want to transport 200 gal/min of a fluid through a 3-in pipe. The available pressure drop is 28 psi per 1000 ft. The fluid properties are: SG 0.75, viscosity=0.1 cP. Is a 3-in pipe big enough? Answer: 3 in pipe should be big enough.

319 views • 1 slides