'Fluid particles' diaporamas de présentation

THE HITCHHIKERS GUIDE TO POPULATION BALANCES, BREAK-UP AND COALESCENCE.

1.92k views • 175 slides

VIII. Viscous Flow and Head Loss

VIII. Viscous Flow and Head Loss. Contents. Introduction Laminar and Turbulent Flows Friction and Head Losses Head Loss in Laminar Flows Head Loss in Turbulent Flows Head Loss of Steady Pipe Flows Minor Losses Examples. 1. Introduction. Shear stress due to fluid viscosity.

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REAL FLUIDS

REAL FLUIDS . SECTION 4. Real fluids. The flow of real fluids exhibits viscous effect, that is they tend to .stick. to solid surfaces and have stresses within their body. You might remember from earlier in the course Newtons law of viscosity:. Real fluids.

1.1k views • 45 slides

REAL FLUIDS

REAL FLUIDS . SECTION 4. Real fluids. The flow of real fluids exhibits viscous effect, that is they tend to .stick. to solid surfaces and have stresses within their body. You might remember from earlier in the course Newtons law of viscosity:. Real fluids.

460 views • 45 slides

MECH 221 FLUID MECHANICS (Fall 06/07) Chapter 3: FLUID IN MOTIONS

758 views • 39 slides

Convection Heat Transfer in Manufacturing Processes

Convection Heat Transfer in Manufacturing Processes. P M V Subbarao Professor Mechanical Engineering Department I I T Delhi. Mode of Heat Transfer due to macro-Movements!!!. Convection Heat Transfer in Manufacturing.

305 views • 24 slides

HYDRAULICS ENGINEERING AGE 403

HYDRAULICS ENGINEERING AGE 403. Engr. Dr. J. K. ADEWUMI DEPARTMENT OF AGRICULTURAL ENGINEERING. UNIVERSITY OF AGRICULTURE, ABEOKUTA OGUN STATE Office Location: Postgraduate Building Email: jkadewumi@yahoo.com. CONTENT. Basic definition of terms Types of flow

474 views • 20 slides

HYDRAULICS ENGINEERING AGE 403

HYDRAULICS ENGINEERING AGE 403. Engr. Dr. J. K. ADEWUMI DEPARTMENT OF AGRICULTURAL ENGINEERING. UNIVERSITY OF AGRICULTURE, ABEOKUTA OGUN STATE Office Location: Postgraduate Building Email: jkadewumi@yahoo.com. CONTENT. Basic definition of terms Types of flow

218 views • 20 slides

Role of Surface Forces in Fluid Flow

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AE 1350 Lecture Notes #5

AE 1350 Lecture Notes #5. WE HAVE LOOKED AT. Why should we study properties of atmosphere? Ideal Gas Law: p = r RT Variation of Temperature with Altitude Variation of Pressure with Altitude Variation of Density with Altitude Tables of Standard Atmosphere. TOPICS TO BE COVERED.

291 views • 16 slides

AE 1350 Lecture 6-B

AE 1350 Lecture 6-B. Compressible Flow. Some definitions. Specific internal energy: Energy stored in random (linear, rotational) motion of molecules, per unit mass. For diatomic molecules, e = C v T = 5/2 RT, where C v = 5/2 R

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Lesson 23 HEAD LOSS

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1. Conservation of Mass

1. Conservation of Mass. V. dz. dy. dx. A continuous fluid can be thought of as being made up of a large group of elemental fluid particles. These particles jostle along shoulder to shoulder as the fluid moves. V. dz. dy. dx. 2. Fluid Particle.

347 views • 10 slides

Measure Flow Rates in Open Channel such as Flumes and Irrigation Ditches

396 views • 8 slides