Diseño en ingenieria mecanica de Shigley

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xxii Reconocimientos Michael Latcha, Oakland University John Lee, McGill University Chi-Wook Lee, University of the Pacifi c Steven Y. Liang, Georgia Institute of Technology Liwei Lin, University of California at Berkeley John Leland, University of Nevada Reno Kemper Lewis. SUNY Buffalo Kerr-Jia Lu. George Washington University Stan Lukowski, University of Wisconsin-Platteville Michael Magill, George Fox University Ajay Mahajan, Southern Illinois University Enayat Mahajerin, Saginaw Valley State University Ronald Mann, University of South Florida Noah Manring, University of Missouri Dan Marghitu, Auburn University Roy McGrann, Binghamton University David McStravick, Rice University Morteza M. Mehrabadi, Tulane University Peter Mente, North Carolina State University Clint Morrow, Florida Institute of Technology Walied Moussa, University of Alberta Joe Musto, Milwaukee School of Engineering Byron L. Newberry, Oklahoma Christian University Efstratios Nikolaidis, University of Toledo Edwin M. Odom, University of Idaho Marcia K. O’Malley, Rice University Robert Paasch, Oregon State University Stephen J. Piazza, Penn State University Heidi-Lynn Ploeg, University of Wisconsin Ramamurthy Prabhakaran, Old Dominion University William Pratt. Southern Utah University Govindappa Puttaiah, West Virginia University Institute of Technology Hamid Rad, Washington State University-Vancouver M. K. Ramasubramanian, North Carolina State University Michael Raulli, Villanova University Hassan Rejali, California State University, Pomona Michael Rider, Ohio Northern University John Ridgely, California Polytechnic State University, San Luis Obispo Don Riley, Walla Walla College James R. Rinderle, University of Massachusetts-Amherst Greg Rohrauer, University of Windsor Ali Sadegh, The City College of New York Akhtar Safder, Bluefi eld State College Igor Sevostianov, New Mexico State University Paul S. Sherman, Arkansas State University Andres Soom, SUNY Buffalo J.K. Spelt, University of Toronto John P. H. Steele, Colorado School of Mines John Steffen, Valparaiso University B.J. Stephens, University of Alabama-Birmingham Michael Strange, San Francisco State University Robert Sturges, Virginia Polytechnic Institute Joshua D. Summers, Clemson University Greg Thompson, West Virginia University
Reconocimientos xxiii Horacio Vasquez, The University of Texas-Pan American Harold Walling, New Mexico Institute of Mining & Technology M A Wahab, Louisiana State University Wayne Whaley, Oklahoma Christian University X.J. Xin, Kansas State University Maria Yang, University of Southern California Steve Yurgartis, Clarkson University Wayne Zemke, California State University-Pomona Jiaxin Zhao, Indiana Univeristy-Purdue University Fort Wayne Mohammed Zikry, North Carolina State University Asimismo, deseamos expresar nuestro agradecimiento a todos aquellos que con sus valiosos comentarios contribuyeron a enriquecer la presente edición en español: Cuitlahuac Osornio Correa, Universidad Iberoamericana, campus Santa Fe, Ciudad de México Oscar Cervantes, Universidad Panamericana, Ciudad de México Arturo Aguirre, Universidad Popular Autónoma del Estado de Puebla Rosendo Reyes Rosales, Universidad La Salle, Ciudad de México
Page 3: Constantes físicas de materiales M
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Page 9 and 10: Dedicatoria A mi familia y buenos a
Page 11 and 12: Acerca de los autores Richard G. Bu
Page 13 and 14: Contenido breve xi Apéndices A Tab
Page 15 and 16: Contenido xiii 4 Deflexión y rigid
Page 17 and 18: Contenido xv 12-13 Tipos de cojinet
Page 19 and 20: Prefacio Objetivos Este libro se es
Page 21 and 22: Prefacio xix mayor claridad. Se pro
Page 23: Reconocimientos Los autores desean
Page 28 and 29: xxvi Lista de símbolos i i J j K k
Page 31 and 32: CAPÍTULO 1 Introducción al diseñ
Page 57 and 58: CAPÍTULO 2 Materiales 27 2Material
Page 59 and 60: CAPÍTULO 2 Materiales 29 La deflex
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Page 65 and 66: CAPÍTULO 2 Materiales 35 donde σ
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CAPÍTULO 2 Materiales 45 Recocido
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CAPÍTULO 2 Materiales 47 Endurecim
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CAPÍTULO 2 Materiales 49 cromo fer
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CAPÍTULO 2 Materiales 51 Aceros fu
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CAPÍTULO 2 Materiales 53 Latón co
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CAPÍTULO 2 Materiales 55 Tabla 2-3
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CAPÍTULO 2 Materiales 57 ordenan d
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CAPÍTULO 2 Materiales 59 Figura 2-
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CAPÍTULO 2 Materiales 61 donde D y
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CAPÍTULO 2 Materiales 63 Seguramen
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CAPÍTULO 2 Materiales 65 y que ε
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68 PARTE UNO Fundamentos Uno de los
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70 PARTE UNO Fundamentos T 0 ω 0 B
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72 PARTE UNO Fundamentos Algunas ve
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74 PARTE UNO Fundamentos EJEMPLO 3-
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76 PARTE UNO Fundamentos Figura 3-8
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78 PARTE UNO Fundamentos De manera
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80 PARTE UNO Fundamentos En algún
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82 PARTE UNO Fundamentos Respuesta
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84 PARTE UNO Fundamentos Cuando un
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88 PARTE UNO Fundamentos Flexión e
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96 PARTE UNO Fundamentos A través
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100 PARTE UNO Fundamentos EJEMPLO 3
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102 PARTE UNO Fundamentos Figura 3-
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110 PARTE UNO Fundamentos 3-15 Esfu
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112 PARTE UNO Fundamentos Tabla 3-3
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114 PARTE UNO Fundamentos En la fig
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116 PARTE UNO Fundamentos Cálculos
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120 PARTE UNO Fundamentos El estado
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122 PARTE UNO Fundamentos 1 1 W 2 1
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124 PARTE UNO Fundamentos 3-7 Un ar
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126 PARTE UNO Fundamentos a) Demues
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128 PARTE UNO Fundamentos y y Probl
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130 PARTE UNO Fundamentos 3-30 Cons
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132 PARTE UNO Fundamentos 3-42 En l
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134 PARTE UNO Fundamentos σ θ = 1
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136 PARTE UNO Fundamentos Número C
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138 PARTE UNO Fundamentos 3-79 Un e
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CAPÍTULO 4 Deflexión y rigidez 14
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Integrando dos veces más para la p
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δ A = ∂U ∂ F = 0 l 1 EI CAPÍT
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Ahora puede determinarse la deflexi
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CAPÍTULO 5 Fallas resultantes de c
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5-3 Teorías de falla CAPÍTULO 5 F
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120 mm CAPÍTULO 5 Fallas resultant
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a) Para la CMF, se aplica la ecuaci
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El esfuerzo correspondiente a la fa
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258 PARTE DOS Prevención de fallas
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de elementos PARTE3Diseño mecánic
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348 PARTE TRES Diseño de elementos
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10 Resortes mecánicos Panorama del
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CAPÍTULO 10 Resortes mecánicos 50
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Respuesta CAPÍTULO 10 Resortes mec
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12Cojinetes de contacto deslizante
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CAPÍTULO 12 Cojinetes de contacto
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10W 5W-30 20W CAPÍTULO 12 Cojinete
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Solución a) CAPÍTULO 12 Cojinetes
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PROBLEMAS CAPÍTULO 12 Cojinetes de
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14 Engranes rectos y helicoidales P
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CAPÍTULO 14 Engranes rectos y heli
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14-4 Ecuaciones de resistencia AGMA
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(S c ) G =(S c ) P (Z N ) P (Z N )
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Decisión Haga el ancho de la cara
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18Caso de estudio: transmisión de
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CAPÍTULO 18 Caso de estudio: trans
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18-11 Análisis final CAPÍTULO 18
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19 Análisis de elementos finitos P
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CAPÍTULO 19 Análisis de elementos
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958 PARTE CUATRO Herramientas de an
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984 APÉNDICE A Tablas útiles A-25
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986 APÉNDICE A Tablas útiles Tabl
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1000 APÉNDICE A Tablas útiles Tab
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1040 APÉNDICE B Respuestas a probl
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1042 APÉNDICE B Respuestas a probl
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Índice A Abrasión, 723 Abscisa de
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1046 Índice Buckingham, Earle, 319
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1048 Índice Constantes físicas de
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1050 Índice Embragues/frenos de ex
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1052 Índice Factores de seguridad,
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1054 Índice Línea de Goodman, 297
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1056 Índice Pretensión, 411 Preve
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1058 Índice Spotts, M. E., 884n St
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Propiedades geométricas Parte 1 Pr
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Propiedades geométricas (continuac
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