Shigley J.E. Mischke C.R. Brown T.H. - Standard Handbook of Machine Design.pdf - Książki techniczne EN - rajmundos9

STANDARD

HANDBOOK

OF MACHINE DESIGN

Joseph E. Shigley Editor mcmef

Late Professor Emeritus

The University of Michigan

Ann Arbor, Michigan

Charles R. Mischke Editor in chief

Professor Emeritus of Mechanical Engineering

Iowa State University

Ames, Iowa

Thomas H. Brown, Jr. Editor >n chief

Faculty Associate

Institute for Transportation Research and Education

North Carolina State University

Raleigh, North Carolina

Third Edition

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CONTRIBUTORS

Thomas H. Brown, Jr. Faculty Associate, Institute for Transportation Research and Educa-

tion, North Carolina State University, Raleigh, NG (CHAR 1)

R. B. Bhat Associate Professor, Department of Mechanical Engineering, Concordia Univer-

sity, Montreal, Quebec, Canada (CHAP. 31)

Sachindranarayan Bhaduri Associate Professor, Mechanical and Industrial Engineering

Department, The University of Texas at El Paso, El Paso, Tex. (CHAP. 39)

John H. Bickford Retired Vice President, Manager of the Power-Dyne Division, Raymond

Engineering Inc., Middletown, Conn. (CHAP. 22)

Omer W. Blodgett Design Consultant, The Lincoln Electric Company, Cleveland, Ohio

(CHAP. 26)

Daniel M. Curtis Senior Mechanical Engineer, NKF Engineering, Inc., Arlington, Va. (CHAP. 7)

Daniel E. Czernik Director of Product Engineering, Fel-Pro Inc., Skokie, 111. (CHAP. 25)

Joseph Datsko Professor of Mechanical Engineering Emeritus, The University of Michigan,

Ann Arbor, Mich. (CHAP. 32)

Raymond J. Drago Senior Engineer, Advanced Power Train Technology, Boeing Vertol,

Philadelphia, Pa. (CHAP. 10)

K. S. Edwards Professor of Mechanical Engineering, The University of Texas at El Paso, Tex.

(CHAP. 12)

Rudolph J. Eggert Associate Professor of Mechanical Engineering, University of Idaho,

Boise, Idaho (CHAP. 13)

Wolfram Funk Professor, Fachbereich Maschinenbau, Fachgebiet Maschinenelemente und

Getriebetechnik, Universitat der Bundeswehr Hamburg, Hamburg, Germany (CHAP. 14)

Richard E. Gustavson Technical Staff Member, The Charles Draper Laboratory, Inc., Cam-

bridge, Mass. (CHAP. 3)

Harry Herman Professor of Mechanical Engineering, New Jersey Institute of Technology,

Newark, NJ. (CHAP. 30)

R. Bruce Hopkins The Hopkins Engineering Co., Cedar Falls, Iowa (CHAP. 21)

Robert J. Hotchkiss Director, Gear Technology, Gleason Machine Division, Rochester, NY.

(CHAP. 11)

Robert E. Joerres Applications Engineering Manager, Associated Spring, Barnes Group

Inc., Bristol, Conn. (CHAP. 6)

Harold L. Johnson Associate Professor Emeritus, School of Mechanical Engineering, Geor-

gia Institute of Technology, Atlanta, Ga. (CHAP. 5)

Theo J. Keith, Jr. Professor and Chairman of Mechanical Engineering, University of Toledo,

Toledo, Ohio (CHAP. 19)

Theodore K. Krenzer Director of Research and Development, Gleason Machine Division,

Rochester, NY. (CHAP. 11)

A. R. Lansdown Director, Swansea Tribology Centre, University of Swansea, United King-

dom, (CHAR 20)

Kenneth C. Ludema Professor of Mechanical Engineering, Department of Mechanical

Engineering and Applied Mechanics, The University of Michigan, Ann Arbor, Mich. (CHAP. 34)

Charles R. Mischke Professor of Mechanical Engineering Emeritus, Iowa State University,

Ames, Iowa, (CHAPS. 17,18,27,28,29,33,37)

Andrzej A. Oledzki Professor Emeritus, Warsaw Technical University, Warsaw, Poland

(CHAP. 4)

Richard S. Sabo Manager, Educational Services, The Lincoln Electric Company, Cleveland,

Ohio (CHAR 26)

T. S. Sankar Professor and Chairman, Department of Mechanical Engineering, Concordia

University, Montreal, Quebec, Canada, (CHAR 31)

Howard B. Schwerdlin Engineering Manager, Lovejoy, Inc., Downers Grove, 111. (CHAR 16)

Joseph E. Shigley Professor Emeritus, The University of Michigan, Ann Arbor, Mich.

(CHAPS. 9,23,24,27,28,36,38, Appendix)

L. E. Torfason Professor of Mechanical Engineering, University of New Brunswick, Freder-

icton, New Brunswick, Canada (CHAR 2)

Milton G. WiIIe Professor of Mechanical Engineering, Brigham Young University, Provo,

Utah, (CHAR 35)

John L. Wright General Product Manager, Diamond Chain Company, Indianapolis, Ind.

(CHAR 15)

John R. Zimmerman Professor of Mechanical and Aerospace Engineering, University of

Delaware, Newark, Del. (CHAR 8)

FOREWORD

Machines evolve. Not biologically, of course, but they evolve nonetheless, from a

fragment of an idea or dream to a fully functional mechanical marvel—at least in the

eyes of the designer. Machine design is one of the most rewarding activities to which

a person can contribute; it is incredibly complex. For some designers, their unique

and magical designs, or machine elements, have become a legacy for future genera-

tions.

For most of us who are engineers, we will likely not leave a design legacy; but the

joy in using what others have devised can be intoxicating. One design project leads

to another, and that project leads to yet another. While this process can be hectic,

sometimes at the mercy of a difficult schedule, in the end you are proud—proud of

what you have done in meeting the design requirements, proud to have met the

schedule, and proud of how you have used the seemingly endless variety of machine

design elements available to you.

The purpose of the Standard Handbook of Machine Design has been, from its

inception, to provide the mechanical designer, within in a single reference, the most

comprehensive and up-to-date information about what is available and how to uti-

lize it effectively and efficiently. The original authors, Joseph E. Shigley and Charles

R. Mischke, two of the most well-known and respected individuals in the mechani-

cal engineering community, assembled experts in every field of machine design:

mechanisms and linkages, cams, gear trains, springs, flywheels, clutches, brakes, gear

designs of every type, belts, chains, couplings, design of shafts, all manner of roller

bearings, journal bearings, lubrication selection, bolts and mechanical fasteners,

welding, failure analysis, vibration, performance of engineering materials, wear, cor-

rosion, and classical stress and deformation calculations. This incredible wealth of

information, which would otherwise have to be researched in dozens of books and

hundreds of scientific and professional papers, was organized by these experts into

distinct chapters, as many as 50 in the Second Edition. Here in the Third Edition, the

39 chapters have been grouped into nine broad topic areas of related material. Each

chapter stands on its own and, for the veteran designer, provides direct access to a

specific area of interest or need.

The Standard Handbook of Machine Design is a unique reference, capturing the

breadth and depth of what we know and trust. May what you discover and apply

from these pages contribute to a successful design, one that will delight not only the

designer but those who ultimately find value and long service in the machine that

has evolved.

Thomas H. Brown, Jr.

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