'Parallel flow' diaporamas de présentation

Stellarator tools for neoclassical transport and flow interpretation in helical RFP plasmas

Stellarator tools for neoclassical transport and flow interpretation in helical RFP plasmas. presented by. M. Gobbin. Consorzio RFX, Associazione Euratom-ENEA sulla fusione. RFX-mod Programme Workshop 2011, February 7-9, Padova, Italy. Outline. Transport and flow in 3D systems

933 views • 74 slides

Development, Fabrication, and Testing of a Miniature Centrifugal Compressor

Development, Fabrication, and Testing of a Miniature Centrifugal Compressor. Thesis Defense by Kevin Gregory Finney. November 4, 2003. Presentation Content. Project Specifications What is a Centrifugal Compressor? What makes this compressor unique?

782 views • 45 slides

DR. J. Shanbehzadeh Shanbehzadeh@gmail Sara Omid

Machine Vision. Lecture 06 Computing Optical Flow. DR. J. Shanbehzadeh Shanbehzadeh@gmail.com Sara Omid. Science and Research Branch of Azad University. Table of Contents. Optical Flow Examples. Optical Flow Examples. Optical Flow Examples Optical Flow Horn & Schunck Optical Flow

607 views • 39 slides

Does strong slab-parallel flow exist in the mantle wedge?

Does strong slab-parallel flow exist in the mantle wedge?. Thanks to: David Abt, Catherine Rychert, Mariela Salas, Laura Martin, Alexis Walker (Brown University) Geoff Abers, Laura Auger, Ellen Syracuse, Terry Plank (Boston University) J. Marino Protti, Victor Gonzalez

397 views • 32 slides

Introduction to Heat Exchangers

MODULE 7. Introduction to Heat Exchangers. What are heat exchangers for?. Heat exchangers are practical devices used to transfer energy from one fluid to another To get fluid streams to the right temperature for the next process reactions often require feeds at high temp.

922 views • 29 slides

333 views • 27 slides

Shell and Tube Heat Exchanger

Shell and Tube Heat Exchanger. Frank Faulkenberg Jimmy Huser John Snodgrass Eric Bush David Giles. ME 414: Thermal Fluids.

589 views • 25 slides

232 views • 23 slides

Absorber Heat Transfer and Other Issues A Comparison between MICE and the Forced Flow Absorber System

Absorber Heat Transfer and Other Issues A Comparison between MICE and the Forced Flow Absorber System. Michael A. Green Lawrence Berkeley National Laboratory Berkeley CA 94720, USA MUCOOL Workshop Meeting Fermilab, Batavia IL, USA 22 February 2003 . A Summary of MICE Absorber Issues.

425 views • 22 slides

Neoclassical and transport driven parallel SOL flows on TCV

306 views • 20 slides

Neoclassical and transport driven parallel SOL flows on TCV

306 views • 20 slides

PLATE & FRAME HEAT EXCHANGER

PLATE & FRAME HEAT EXCHANGER. By Farhan Ahmad Department of Chemical Engineering, University of Engineering & Technology Lahore. Introduction. The plate heat exchanger (PHE) was first introduced by Dr Richard Seligman in 1923.

621 views • 20 slides

Concurrent Engineering Aspects of HXs

157 views • 15 slides

Single vertical fractures

Single vertical fractures. Adam Forsberg GEOL 8730 Spring 2014. The Problem. A well intersects a single vertical fracture The unsteady-state drawdown will differ significantly from the Theis solution.

222 views • 12 slides

Exchange and Transport

Exchange and Transport. 13.3 Gas exchange in fish. Learning outcomes. Students should be able to understand the following: The structure of fish gills and how water is passed along them The difference between parallel flow and countercurrent flow

269 views • 10 slides

Heat Exchangers Suppliers in UAE

Heat exchangers are devices that are used to transfer heat from one medium to another or from one liquid to another without the two fluids having to come into contact with each other. Heat exchangers are used in engines of cars, ships, and planes to improve the efficiency of the engine and are also used in refrigerators and air conditioners. Heat exchangers are classified into two types based on their design and on the direction in which the liquid flows inside the exchanger. The heat exchangers that are distinguished based on the direction of the flow of the liquid are parallel-flow, cross-flow, or countercurrent. In parallel-flow heat exchangers, both the fluids are allowed to run parallel to each other and enter and exit the exchanger side by side. In cross-flow heat exchangers, the fluids are allowed run perpendicular to one another. The liquids flow in opposite directions in a countercurrent heat exchanger. These heat exchangers are more efficient that other types of heat exchangers. The different types of heat exchangers that are classified based on their design are shell and tube heat exchangers, plate heat exchangers, regenerative heat exchangers, and adiabatic wheel heat exchanger. For more details about Heat Exchanger Suppliers in UAE visit yellowpages-uae.com

224 views • 9 slides

Cooling of Chips in Circuit Boards

Cooling of Chips in Circuit Boards. Problem . One way to cool chips mounted on circuit boards is to encapsulate the boards in metal frames that provide efficient pathways for conduction to supporting cold plates.

217 views • 8 slides

By Dave Onarheim MANE-6980 Engineering Project Spring 2010

Analysis and Comparison of the Temperature Differences between Concurrent and Countercurrent Flow in Concentric Tube Heat Exchangers. By Dave Onarheim MANE-6980 Engineering Project Spring 2010. MANE-6980 Project- Concentric Tube HX.

146 views • 6 slides

Fetal Circulation

Fetal Circulation. Fetal Heart Formation. Fetal Circulation. After birth things Change. With birth, a change from parallel flow through the heart to a serial one gradually takes place. The following changes must occur: The gas exchange takes place in the baby's lungs.

572 views • 5 slides

Acknowledgement: Research is subsidized by J04/98: 212200008

T 0 ,p 0 ,Q. L. Warm liquid ( T e ) stands in the right channel if p 1 -p 0 = ? 0 gL[1- ? ( T e - T 0 )]. H. Linear relationship between pressure drop and flow-rate through slits in electrodes. Control volumes are characterised by: parabolic velocity profile

54 views • 1 slides