41. Osborne Reynolds -- Facts, Info, And Encyclopedia Article osborne reynolds. Categories Irish scientists, Irish engineers, 1912 deaths, osborne reynolds (23 August, 1842 – 21 February, 1912) was an (The Celtic http://www.absoluteastronomy.com/encyclopedia/O/Os/Osborne_Reynolds.htm

Osborne Reynolds [Categories: Irish scientists, Irish engineers, 1912 deaths, 1842 births] Osborne Reynolds (The Celtic language of Ireland) Irish (A person who uses scientific knowledge to solve practical problems) engineer . He was born in (Capital and largest city of Northern Ireland; the center of Protestantism in Northern Ireland) Belfast (A monarchy in northwestern Europe occupying most of the British Isles; divided into England and Scotland and Wales and Northern Ireland) United Kingdom and died in (Click link for more info and facts about Watchet) Watchet in (A county in southwestern England on the Bristol Channel) Somerset (A division of the United Kingdom) England . He graduated from (A university in England) Cambridge University in 1867 after studying (A science (or group of related sciences) dealing with the logic of quantity and shape and arrangement) mathematics . In 1868 he became a professor of (The discipline dealing with the art or science of applying scientific knowledge to practical problems) engineering at Owen's College in (A city in northwestern England (30 miles east of Liverpool); heart of the most densely populated area of England)

42. Reynolds Number -- Facts, Info, And Encyclopedia Article The reynolds number is the most important (Click link for more info and facts osborne reynolds) osborne reynolds (18421912), who proposed it in 1883. http://www.absoluteastronomy.com/encyclopedia/r/re/reynolds_number.htm

Reynolds number [Categories: Fluid dynamics, Dimensionless numbers] The Reynolds number is the most important (Click link for more info and facts about dimensionless number) dimensionless number in (Click link for more info and facts about fluid dynamics) fluid dynamics and provides a criterion for determining dynamic similarity. Where two similar objects in perhaps different fluids with possibly different flowrates have similar fluid flow around them, they are said to be dynamically similar. It is named after (Click link for more info and facts about Osborne Reynolds) Osborne Reynolds (1842-1912), who proposed it in 1883. Typically it is given as follows: or With: v s - mean fluid velocity, L - characteristic length (equal to diameter 2 r if a cross-section is circular), (A continuous amorphous substance that tends to flow and to conform to the outline of its container: a liquid or a gas) fluid (Resistance of a liquid to sheer forces (and hence to flow)) viscosity (The amount per unit size) density The Reynolds number is the ratio of inertial forces ( v s ) to viscous forces ( ) and is used for determining whether a flow will be laminar or turbulent.

43. AllRefer.com - Osborne Reynolds (Technology, Biography) - Encyclopedia AllRefer.com reference and encyclopedia resource provides complete informationon osborne reynolds, Technology, Biographies. http://reference.allrefer.com/encyclopedia/R/RynldsO.html

AllRefer Channels :: Health Yellow Pages Reference Weather September 07, 2005 Medicine People Places History ... Maps Web AllRefer.com You are here : AllRefer.com Reference Encyclopedia Technology, Biographies ... Osborne Reynolds By Alphabet : Encyclopedia A-Z R Osborne Reynolds, Technology, Biographies Related Category: Technology, Biographies Osborne Reynolds Reynolds number Topics that might be of interest to you: Reynolds number Related Categories: People Science and Technology Science and Technology Technology ... Biographies More articles from AllRefer Reference on Osborne Reynolds SITE MAPS Encyclopedia US Gazetteer: US States A-C US States D-H US States I-L US States M ... Countries A-Z Content on this web site is provided for informational purposes only. We accept no responsibility for any loss, injury or inconvenience sustained by any person resulting from information published on this site. We encourage you to verify any critical information with the relevant authorities. About Us Contact Us Privacy Links Directory ... Par Web Solutions Site best viewed in 800 x 600 resolution.

44. AllRefer.com - Reynolds Number (Physics) - Encyclopedia reynolds number for osborne reynolds, dimensionless quantity associated withthe smoothness of flow of a fluid. It is an important quantity used in http://reference.allrefer.com/encyclopedia/R/Rynldsnum.html

AllRefer Channels :: Health Yellow Pages Reference Weather September 07, 2005 Medicine People Places History ... Maps Web AllRefer.com You are here : AllRefer.com Reference Encyclopedia Physics ... Reynolds number By Alphabet : Encyclopedia A-Z R Reynolds number, Physics Related Category: Physics Reynolds number [for Osborne Reynolds ], dimensionless quantity associated with the smoothness of flow of a fluid. It is an important quantity used in aerodynamics and hydraulics. At low velocities fluid flow is smooth, or laminar, and the fluid can be pictured as a series of parallel layers, or lamina, moving at different velocities. The fluid friction between these layers gives rise to viscosity . As the fluid flows more rapidly, it reaches a velocity, known as the critical velocity, at which the motion changes from laminar to turbulent (see turbulence ), with the formation of eddy currents and vortices that disturb the flow. The Reynolds number for the flow of a fluid of density and viscosity through a pipe of inside diameter d is given by R dv , where v is the velocity. The Reynolds number for laminar flow in cylindrical pipes is about 1,000.

45. JHT History Of Heat Transfer - Reynolds English engineer and physicist, osborne reynolds, was best known for his work inthe fields of hydraulics and hydrodynamics. Born in Belfast, Ireland on http://www.me.utexas.edu/~me339/Bios/reynolds.html

Osborne Reynolds English engineer and physicist, Osborne Reynolds, was best known for his work in the fields of hydraulics and hydrodynamics. Born in Belfast, Ireland on August 23, 1842, he gained early workshop experience and graduated from Queens College at Cambridge in 1867. He became the first Professor of Engineering at Owens College, Manchester in 1868. He was elected a fellow of the Royal Society in 1877 and a Royal Medalist in 1888. Reynolds' studies of condensation and the transfer of heat between solids and fluids brought about radical revisions in boiler and condenser design, and his work on turbine pumps laid the foundation for their rapid development. A fundamentalist among engineers, he formulated "The Theory of Lubrication" (1886) and in his classical paper on "The Law of Resistance in Parallel Channels" (1883) investigated the transition from smooth, or laminar, to turbulent flow. Later, in 1889, he developed a mathematical framework which became the standard in turbulence work. Other work included the explanation of the radiometer and an early absolute determination of the mechanical equivalent of heat. Reynolds retired in 1905 and died at Watchet, Somerset, on February 21, 1912. His name is perpetuated in the "Reynolds Number," which provides a criterion for dynamic similarity and for correct modeling in many fluid flow experiments. Grigull, Sandner, Straud, Winkler.

46. Sir Osborne Reynolds (Sir osborne reynolds was born in 1842 and died in 1912). In a classic set ofexperiments, osborne reynolds of the University of Manchester demonstrated http://library.thinkquest.org/18033/reynold.html

Sir Osborne Reynolds was born in 1842 and died in 1912) In a classic set of experiments, Osborne Reynolds of the University of Manchester demonstrated that the airflow pattern over a scale model would be the same for the full-scale vehicle if a certain flow parameter were the same in both cases. This factor, now known as the Reynolds number, is a basic parameter in the description of all fluid-flow situations, including the shapes of flow patterns, the ease of heat transfer, and the onset of turbulence. Thinkquest Team

47. The Hisorical Record - Osborne Reynolds Some members may be aware of the osborne reynolds Room at Queens , osbornereynolds, was a Fellow of Queens , Principal of the Belfast Collegiate School http://www.quns.cam.ac.uk/Queens/Record/1997/History/Reynolds.html

Osborne Reynolds The "Most Distinguised Engineering Professor" and "an Inspired Choice" Some members may be aware of the Osborne Reynolds Room at Queens', but few will appreciate that the name commemorates the achievements of a giant in the physical sciences and engineering. Osborne Reynolds (1842 - 1912) was born in Belfast. His father, the Rev. Osborne Reynolds, was a Fellow of Queens', Principal of the Belfast Collegiate School, Headmaster of Dedham Grammar School, Essex, and latterly Rector of Debach-with-Boulge in Suffolk, a living previously held by his father and grandfather. Reynolds' early education was undertaken by his father, who himself showed a practical interest in agricultural machinery and held patents for their improvement. Reynolds demonstrated an early aptitude for mechanics and, aged 19, was apprenticed to Edward Hayes of Stony Stratford, a well known inventor and mechanical engineer. After a year, in his own words, "having now sufficiently mastered the details of the workshops, and my attention at the same time being drawn to various mechanical phenomena, for the explanation of which I discovered that a knowledge of mathematics were essential, I entered at Queens' College, Cambridge, for the purpose of going through the University course" . Although critical of Cambridge mathematics

48. Reynolds Number: Information From Answers.com reynolds number for osborne reynolds , dimensionless quantity associated withthe smoothness of flow of a fluid. http://www.answers.com/topic/reynolds-number

showHide_TellMeAbout2('false'); Business Entertainment Games Health ... More... On this page: Encyclopedia Wikipedia Mentioned In Or search: - The Web - Images - News - Blogs - Shopping Reynolds number Encyclopedia Reynolds number [for Osborne Reynolds ], dimensionless quantity associated with the smoothness of flow of a fluid. It is an important quantity used in aerodynamics and hydraulics. At low velocities fluid flow is smooth, or laminar, and the fluid can be pictured as a series of parallel layers, or lamina, moving at different velocities. The fluid friction between these layers gives rise to viscosity . As the fluid flows more rapidly, it reaches a velocity, known as the critical velocity, at which the motion changes from laminar to turbulent (see turbulence ), with the formation of eddy currents and vortices that disturb the flow. The Reynolds number for the flow of a fluid of density ρ and viscosity η through a pipe of inside diameter d is given by R dv /η, where v is the velocity. The Reynolds number for laminar flow in cylindrical pipes is about 1,000. Wikipedia Reynolds number The Reynolds number is the most important dimensionless number in fluid dynamics and provides a criterion for determining dynamic similitude . Where two similar objects in perhaps different fluids with possibly different flowrates have similar fluid flow around them, they are said to be dynamically similar.

49. Untitled Document osborne reynolds Number Apparatus. Professor osborne reynolds (1842 1912) firstrealized the there was a critical velocity at which the law relating http://mozcom.com/~wre-cong/osborne.htm

California Bearing Ratio Test Current Meter Electronic Planimeter Electronic Theodolite ... Hydrodynamics Trainer Osborne Reynolds Number Apparatus Pipe Bends and Fittings Stereoscope Tilting Flume Total Station ... Computer Laboratory Osborne Reynolds Number Apparatus Laminar flow denotes a steady condition where all stream lines follow parallel paths. Under this condition, the dye will remain easily identifiable as a solid core. Turbulent flow denotes an unsteady condition where stream lines interact causing shear plane collapse and mixing of the fluid. Under this condition the dye will become dispersed as mixing occurs. As the flow rate is increased, the transition from laminar to turbulent flow is a gradual process. This zone of change is define as transitional flow. This will appear as wandering dye stream prior to dispersion as turbulence occurs.

50. Carolina Academic Press - Osborne M. Reynolds, Jr. Before his retirement, osborne M. reynolds, Jr., was the Maurice H. MerrillDistinguished Scholar and he is currently a Professor Emeritus of Law at the http://www.cap-press.com/authors/168

Home Page Titles index Author Index Contact ... Done Shopping Quick Search Browse our online catalog African and African American Studies Anthropology and Archaeology Biography Classics ... Textiles What's New? New Titles Forthcoming Titles Manuscript Submission Form Complimentary Copy Request Form Osborne M. Reynolds, Jr. Before his retirement, Osborne M. Reynolds, Jr., was the Maurice H. Merrill Distinguished Scholar and he is currently a Professor Emeritus of Law at the University of Oklahoma Law Center. Titles by Author: Advanced Torts: Cases and Materials, Second Edition 1997, 836 pp, casebound, ISBN 0-89089-819-7 $70.00, Student Price $58.00 Advanced Torts: Cases and Materials 2005 Supplement 2005, 86 pp, paper, ISBN 1-59460-136-4 Problems with our web-page? Information missing? Please tell us . We welcome suggestions for web-site improvement. If you wish to contact us about a non-web related issue, please visit our Contacts Page

51. Armfield - Osborne Reynolds Apparatus - F5 The Armfield osborne reynolds Apparatus can be bench or floor mounted and is Floor standing apparatus to produce classic osborne reynolds experiments. http://www.armfield.co.uk/f5_datasheet.html

52. Entrez PubMed osborne reynolds, 18421912, and the flow of fluids through tubes. Zuck D.Publication Types Biography Historical Article MeSH Terms Anesthesia http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=PubMed&list_uids=4

53. Western Flyer Crew Knute Brekke, DJ osborne, Mark Talkovic. Dan Camp, Darrell Palmer, ErikThunstrom (Relief). Dan Chamberlain, Buck reynolds, Paul Tucker http://www.mbari.org/expeditions/GOC/crew.htm

Ship's Crew R/V Western Flyer Crew and ROV Tiburon Pilots Crew (from left): Darrell Palmer, Dan Camp, Erik Thunstrom, Dan Chamberlain, Tim McLaughlin, Ian Young, Doug Alexander, Steven Sandstrom-Phillips, Pete Zerr Pilots (clockwise from left): Dave French, Buzz Scott, Paul Tucker, Jim Cohen, Buck Reynolds Click on any name below to read an interview. Doug Alexander Derek Greenwood Buzz Scott Paul Ban (Relief) Tim McLaughlin Shaun Summer (Relief) Knute Brekke DJ Osborne Mark Talkovic Dan Camp ... Erik Thunstrom (Relief) Dan Chamberlain Buck Reynolds Paul Tucker Jim Cohen ... Phil Sammet (Relief) Ian Young Dave French Steven Sandstrom-Phillips Pete Zerr Doug Alexander top of page AB Deckhand What is your role on this cruise?

54. Who Was Osborne Reynolds? Who Was osborne reynolds? by David E. Schwartz. In my research I came across thework of osborne reynolds, a 19th century English physicist and engineer http://www.horsestreet.com/freestuff/articles/reynolds/

Main Theory Free Stuff Products ... Contact Us Articles Who Was Osborne Reynolds? by David E. Schwartz In my research I came across the work of Osborne Reynolds, a 19 th century English physicist and engineer whose area of interest was "turbulence" (fluid mechanics). In 1883 Reynolds, by experimenting with pipes of varying sizes, was able to come up with a number, (now known as the "Reynolds number") that tells engineers when a fluid system will reach turbulence. The Model EP SP Class race 1 race 2 race 3 race 4 race 5 race 6 race 7 race 8 Sum Worst How would you interpret this model? This is the kind of model that one would call "loose." There is no single factor that can be used to eliminate down to a playable number of horses, though when we sum the columns we can come up with "something." Let’s create some "Reynolds number" columns for each 2-factor combination. Thus, the EPxSP for race 4 is 12 because 3 x 4 =12 (i.e. EP x SP = EPxSP). The Model EP SP Class EPxSP EPxCl SPxCL race 1 race 2 race 3 race 4 race 5 race 6 race 7 race 8 Sum Worst If we were to describe the profile of a winner in these 8 races, we could say:

55. Biografia De Reynolds, Osborne Translate this page reynolds, osborne. (Belfast, 1842-Watchet, 1912) Ingeniero británico. Profesor enla Universidad de Manchester, estudió las turbinas hidráulicas y la http://www.biografiasyvidas.com/biografia/r/reynolds_osborne.htm

Inicio Buscador Las figuras clave de la historia Reportajes Los protagonistas de la actualidad Reynolds, Osborne (Belfast, 1842-Watchet, 1912) Ingeniero británico. Profesor en la Universidad de Manchester, estudió las turbinas hidráulicas y la propulsión por hélices y perfeccionó los frenos hidráulicos. Se especializó en el estudio del movimiento de los fluidos, en particular de los fluidos viscosos, en los que destacó la importancia de un coeficiente adimensional, conocido como número de Reynolds , que relaciona las fuerzas de inercia y de viscosidad de un fluido. Inicio Buscador Recomendar sitio

56. Osborne Reynolds écoulements turbulents. En ce qui concerne les matériaux granulaires, http://perso.netinfo.fr/GeKhaJoFour/dunk97/node29.html

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57. On Normal Piling, As Connected With Osborne Reynolds's Theory Of The Universe Title On Normal Piling, as connected with osborne reynolds s Theory of theUniverse Authors Everett, JD Journal Proceedings of the Physical Society of http://adsabs.harvard.edu/abs/1903PPSL...19..223E

Smithsonian/NASA ADS Physics/Geophysics Abstract Service Find Similar Abstracts (with default settings below Electronic Refereed Journal Article (HTML) Translate Abstract Title: On Normal Piling, as connected with Osborne Reynolds's Theory of the Universe Authors: Everett, J. D. Journal: Proceedings of the Physical Society of London, Volume 19, Issue 1, pp. 223-232 (1903). Publication Date: Origin: IOP Bibliographic Code: Abstract Not Available Bibtex entry for this abstract Preferred format for this abstract (see Preferences) Find Similar Abstracts: Use: Authors Title Return: Query Results Return items starting with number Query Form Database: Astronomy/Planetary Instrumentation Physics/Geophysics arXiv e-prints Smithsonian/NASA ADS Homepage ADS Sitemap Query Form Preferences ... FAQ

58. West Filing Instructions User Guides Software Downloads Careers at West Find your Rep Westlaw® SignOn Privacy. osborne M. reynolds http://west.thomson.com/store/authorbio.asp?author_id=18483&author_name=Osborne

59. Lexikon Osborne Reynolds osborne reynolds aus der freien EnzyklopädieWikipedia und steht unter der GNU Lizenz. Die Liste der Autoren ist http://lexikon.freenet.de/Osborne_Reynolds

E-Mail Mitglieder Community Suche ... Hilfe document.write(''); im Web in freenet.de in Shopping Branchen Lexikon Artikel nach Themen alphabetischer Index Artikel in Kategorien Weitere Themen Po-Rasur und Zicken- krieg: Olivia Jones mischt das BB-Dorf auf Noch mehr Sex und Intrigen: Die neuen "Housewives" œberraschung: Aldi bietet 3-GHz-PC f¼r nur 499 Euro an Peugeot 20Cup: Doppelter FahrspaŸ ohne Ende ... Expertenrat: So sollte Ihr Depot aussehen Sie sind hier: Startseite Lexikon Osborne Reynolds Osborne Reynolds Osborne Reynolds (1842-1912) Osborne Reynolds 23. August in Belfast Nordirland 21. Februar in Watchet in Somerset , England) war ein englischer Physiker , nach dem die Kennzahl zur Beurteilung reibungsbehafteter Str¶mungsvorg¤nge - die so genannte Reynolds-Zahl - benannt wurde. Reynolds machte seinen Hochschulabschluss im Jahre 1867 an der Universit¤t Cambridge , nachdem er Mathematik studiert hatte. Im Jahre 1868 wurde er Professor f¼r 'Engineering' in Manchester . 1877 wurde er Mitglied der Royal Society und 1888 wurde ihm die 'Royal Medal' veliehen. Im Jahre 1905 trat er in den Ruhestand. Ein Krater auf dem Mars ist nach ihm benannt, ebenso die veraltete MaŸeinheit

60. Osborne Reynolds - Reynoldsovo èíslo | životopis osborne reynolds reynoldsovo císlo, laminární a turbulentní proudení. http://www.converter.cz/fyzici/reynolds.htm

Osborne Reynolds Úvodní strana Fyzici Britský vìdec a inženýr Osborne Reynolds se narodil 23. srpna 1842 v irském Belfastu. Jeho otec byl øeditelem kolejní školy v Belfastu a pastor anglikánské církve. Osborne Reynolds zaèal navštìvovat školu v Dedhamu, kde byl jeho otec øeditelem této essexské školy. Ve vzdìlání pokraèoval za pomoci soukromých uèitelù. Po ukonèení støedního vzdìlání nepokraèoval pøímo na univerzitu. Nejprve se vyuèil u strojírenské firmy Edward Hayes. Po ukonèení praxe zaèal studovat matematiku na univerzitì v Cambridge. Bìhem studia navštìvoval stejné pøednášky jako Rayleigh , který byl o roèník výše. Univerzitu ukonèil v roce 1867 jako sedmý nejlepší v roèníku. Stejnì jako otec získal Osborne Reynolds stipendium na Queens' College. Opìt získal místo u strojírenské firmy (John Lawson of London), kde pùsobil rok jako inženýrský praktikant. V roce 1868 se Reynolds stal prvním profesorem strojírenství na univerzitì v Manchesteru (Owens College). Toto místo zastával do roku 1905. Reynolds výzkumník Reynolds zaèal nejprve bádat v oboru elektromagnetismu. Brzy se zamìøil na hydrauliku a hydrodynamiku. Od roku 1873 zkoumal Reynolds dynamiku tekutin, díky které se stal svìtovì uznávaným odborníkem. Reynolds zkoumal zmìny proudìní uvnitø potrubí pøi pøechodu mezi laminárním a turbulentním proudìním.

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