'Fluid density' diaporamas de présentation

CH.7 Similitude, Dimensional Analysis, and Modeling

CH.7 Similitude, Dimensional Analysis, and Modeling. ( ??? , ???? , ??? ) 7.1 Dimensional Analysis

927 views • 67 slides

Sand Simulation

531 views • 43 slides

Body CT Modules: CT of the Ovaries and Uterus

Body CT Modules: CT of the Ovaries and Uterus. Sean Stanley MS3 OHSU Fall 2006. CT of the Ovaries and Uterus. Sources. Siddall KA. Multidetector CT of the female pelvis. Radiol Clin North Am. 01-NOV-2005; 43(6): 1097-118

1.6k views • 31 slides

Leak Detection Performance

Leak Detection Performance. Pipeline Safety Trust Conference November 17 & 18, 2011 New Orleans, Louisiana. Why Leak Detection?. Why Leak Detection? (Contd). Minimize the volume of lost fluid Reduce risk of fire, explosion or other safety hazards Protect the company

684 views • 30 slides

404 views • 29 slides

iCem SM Service

iCem SM Service. Achieving wellbore integrity with sound, technical decision making. Increasing the Probability of Wellbore Integrity. Sound technical decisions rely on: Field-proven technical solutions Laboratory-driven empirical data.

849 views • 24 slides

4. Phase Equilibria for Petrogenetic Grid

4. Phase Equilibria for Petrogenetic Grid. Solvus thermometry Albite -Alkali feldspar Al-Si disorder & presence of Ca may cause some difficulties to apply Ternary feldspar T. for better estimation Ternary feldspars Albie -K-feldspar- Anorthite NaAlSi 3 O 8 -KAlSi 3 O 8 -CaAl2Si 2 O 8

553 views • 20 slides

Ch. 9 Fluid Mechanics

Ch. 9 Fluid Mechanics. pgs. 317 - 342. Fluids. A non solid state of matter Have the ability to flow Atoms or molecules are free to move past each other Can alter their shape. Fluids. Liquids have a definite volume Gases do not have a definite volume. Mass Density ( ?).

292 views • 19 slides

MFGT 242: Flow Analysis Chapter 4: Governing Equations for Fluid Flow

MFGT 242: Flow Analysis Chapter 4: Governing Equations for Fluid Flow. Professor Joe Greene CSU, CHICO. Governing Equaitons. Introduction to Vector Analysis Mathematical Preliminaries Conservation of Mass Conservation of Momentum Conservation of Energy Boundary Conditions.

383 views • 16 slides

Flow Sensors

Flow Sensors. Laminar vs Turbulent flow. In laminar flow, the fluid moves smoothly in orderly layers, with little or no mixing of the fluid across the flow stream.

449 views • 15 slides

Pressure measurements

Pressure measurements. INTRODUCTION. Absolute pressure = Pgage + Patm. Atmospheric pressure = 100 KP a =14.7 Psi =1 0.2 m H 2 o =760 mm H g =760 torr. Fig. 5.1 Relation between gauge, absolute, and atmospheric pressure. U-TUBE MANOMETER. Fig.5.2. U-tube manometer.

380 views • 14 slides

Lumped fluid theory, Flow types

Lumped fluid theory, Flow types. Summary of previous lecture. Properties of liquids. The two properties that are essential for modelling hydraulics are viscosity and bulk modulus .

352 views • 13 slides

Heat Xfer/RadCon Progress 20Oct2006

210 views • 11 slides

GCCE Physics Module

176 views • 10 slides

Heat Transfer : Steady State Heat Transfer

1.14k views • 9 slides

223 views • 9 slides

Chapter 9 Floating and Flow

388 views • 8 slides

Dr. C. L. Jones Biosystems and Ag. Engineering

Aero/Hydrodynamic Properties. Air and water are used to remove foreign material from products How much air required depends on the drag force F D ( sum of skin friction and pressure drag) F D affected by density, abs. viscosity, area and velocity (equation 10.1) Reference Figure 10.1.

180 views • 8 slides

Rate in Fluid Systems

Rate in Fluid Systems. 3.2. Volume Flow Rate. Change in volume per unit time Volume flow rate = change in volume/time interval volume is in m 3 , cm 3 , ft 3 , in 3 , liters or gallons volume flow rate is in m 3 /s, ft 3 /min, liters/h. Mass Flow Rate. Mass of fluid moved per unit time

372 views • 7 slides

186 views • 6 slides