#Mecanica De Fluidos Mott Manual For Classroom
#Mecanica De Fluidos Mott Series Pipe Line

Harleman - Primera Edicion. Din&225 mica de fluidos - James W. Streeter - Cuarta Edicion. Mecanica de los fluidos - Victor L. Hidr&225 ulica General - Gilberto Sotelo Davila - Volumen I.

Mott - 6ta Edici&243 n Libros Gratis en PDF de Mec&225 nica de Fluidos Libros paraSolucionario - Mecanica de fluidos - Sexta edicion - Robert L Mott(1).pdfRobert L. Mott - Sexta Edicion.Descargar Libro en PDF, eBooks, Solucionario de Mec&225 nica de Fluidos - Robert L. Mecanica de fluidos - Robert L.

Disseminationorsaleofanypartofthiswork(inciud-Ing onthe World Wide Web)wl ldestroytheintegrityo ftheworkandisnotpermitted.The workand materialsfromit shouldneverbemadeavailabletostudents exceptbyinstruc tors usingtheaccom-Panyingtextin theirclasses.AHrecipientsofthisworkareexpectedtoabideby theserestrictionsand tohonortheintendedpedaggica!pur-posesandtheneedsofother instructorswhorelyonthesematerials. MottU n i v e r s i t y o f D ay t on Solucionario - Mecanica de fluidos - Sexta edicion - Robert L Mott(1).pdfThisworkisprotectedby UnitedStatescopyrightlawsandisprovdedsolelyfo rtheuseofinstructorsnteachingtheircoursesandassessingStudentlearning. : , Incluye respuestas a los problemas.A P P L I E D F L U I D M E C H A N I C SRobertL. Publication: Mxico : Prentice-Hall, 1996. Hay que tener en cuenta que peso es una unidad de fuerza, por lo tanto es correcto y claro hablar de la 'cantidad de peso', aunque para muchas personas esto no sea normal o frecuente.Mecanica de fluidos aplicada / by Mott, Robert L.

Mecanica De Fluidos Mott Manual For Classroom

You must choose which is appropriate for a given problem.Most ames start with either /, //, or /// indicating whether the spreadsheet is for a Class /,Class II, or Class /// pipe line system as defined in Chapter 11 of the text.The spreadsheets are designed to faci l tate the numerous calculat ions required to solve thevariety of problems in Chapter 11 Series Pipeline Systems. The files are written as Microsoft Excel spreadsheets using Versin 2002 on WindowsXP.The ten spreadsheets are al l included in one workbook cal led Series Pipe Systems-Master.The ames of each spreadsheet described below are on the tabs at the bottom of theWorkbook when i t is opened. Printed in the UnitedStateso fAmerica.This publication is protected byCopyrightand permission should be obtained fromthe publisher prior to any prohibited reproduction,storagein aretrieval system, or transmission in anyformor by anymeans,electronic, mechanical, photocopying, recording, orlikewise.For information regarding permission(s),writeto: Rights and Permissions Department.Pearson Prentice Hall is a trademark ofPearsonEducation, Inc.Pearsonis a registered trademark ofPearsonpiePrentice Hallis a registered trademark ofPearsonEducation, Inc.Instructors ofclassesusingMott,Applied Fluid Mechantes, SixthEdition, may reproduce material from theinstructor's manual for classroom use.Robert L.MottU n i v e r s i t y o f D a y t o nUpper Saddle River, New JerseyColumbus, OhioFANS , BLOW ERS, COMP RESSO RS, AN D THE FLOW OF GASES 26 0THE NAT URE OF FLUIDS AN D THE ST UDY OF FLUID ME CHA NI CS 1REYNOLDS NUMBER, LAMINAR FLOW, AND TURBULENT FLOWVELOCITY PROFILES FOR CIRCULAR SECTIONS ANDA P P L I E D F L U I D M E C H A N I C SS i x t h E d i t i o nP r e n t i c e - Ha l l P u b l i s h i n g C o m p a n yD e s c r i p t i o n o f S p r e a d s h e e t s I n c l u d e d o n th e C D in t h e B o o kThis book includes a CD-ROM that contains ten computat ional aids that are keyed to thebook.

To use them for solving otherProblems, cali up the master workbook in Excel and use the 'Save as' command toAme it something different. It is expected that you will verify all of the elements of eachspreadsheet before using them for solut ions to specif ic problems.U s i n g t h e S p r e a d s h e e t s : It is recommended that the given spreadsheets beMaintained as they initially appear on the CD. Many are discussed inThe text in more extensive detail. Thegiven spreadsheets include data and results from certain figures in the text, from exampleproblems, or in problems from the end of Chapters 8,11, and 13 containing the analysis anddesign procedures featured in the programs.The following sections give brief descriptions of each spreadsheet. Others were prepared to produce solutions for the Solutions Manual.

Results are typically shown in bold type./Power SI: The objective of problems of this type is to compute the amount of powerrequired to drive a pump to deliver a given amount of f luid through a given system. In mostspreadsheets, the data that need to be entered are identif ied by gray-shaded reas and byitalic type. It is highly recommended that you work sample problems by hand first.Then enter the appropriate data into the spreadsheet to verify the solution. However, you are encouraged to add additionalFeatures to the spreadsheets to enhance their utility.Th e principies involved in the sprea dshee ts com e from Chapters 6 - 1 1 and you shouldstudy the concepts and the solution techniques for each type of problem before using thegiven spreadsheets. Be careful that you do not modify the contents of critical cellsContaining complex equations.

Mecanica De Fluidos Mott Series Pipe Line

Th e give n data in the spr ead she et ar eFor example Problem 11.1 for the system shown in Figure 11.2.2. Ente r the pr ob lem identif icat ion informat ion first. The following is a summary of the steps you must complete.1. The solution procedure is for aClass I series pipe line system. All data must be in the listed SI units.

Enter the fluid prop ertie s of specific weig ht (in kN /m 3 ) and kinematic viscosity (in m 2 /s).6. In such cases, you enter the Excel command '=B20' for thevelocity in pipe 1 and '=E20' for the velocity in pipe 2.5. If the veloci ty at eith er ref ere nce poin tis in a pipe, you may use a computed velocity from v = Q/A that is included in the datacells for the two pipes. Ente r the press ure s (in kPa ), velociti es (in m/s), and elevatio ns (in m) at the refer encepoints in the System Data: at th e top of the shee t. Specify the required volume flow rate, Q, in m 3 /s.4.

Enter briefdescriptions of each element so your printout is keyed to the given problem and so youCan observe the energy loss contribution of each element. Spec ify the num ber of l ike ele men ts in the 'Qty. The valu for Kfor pipe friction is com pu ted automat icall y fr om known data in the'Pipe' sect ion. SeeChapters 8, 10, and 11 for the proper form for K for each element and for necessarydata. Enter ene rg y loss coeffic ients, K, for all loss-producing elements in both pipes. Other pipe-related data are computed by the spreadsheet.Equation 8-7 is used to compute the friction factor.7.