04675nam a22003257a 4500 OSt 20260608155658.0 260608b |||||||| |||| 00| 0 eng d 9780070990616 [paperback] University of Cebu-Banilad University of Cebu-Banilad McLean, W.G., author. Schaum's outline of theory and problems of engineering mechanics : statics and dynamics / W.G. McLean, B.S. in E.E. M.S., E.W. Nelson, B.S. in M.E. M Adm E. Third (SI metric) edition. Singapore : McGraw-Hill Book Co., c1980. 408 pages : illustrations (black and white) ; 26 cm. rdacontent text rdamedia unmediated rdacarrier volume Includes index. Contents: Chapter 1 Vectors — Chapter 2 Operations with forces — Chapter 3 Resultants of coplanar force systems — Chapter 5 Equilibrium of coplanar force systems — Chapter 6 Trusses and cables — Chapter 7 Equilibrium of spatial force systems — Chapter 8 Friction — Chapter 9 First moments and centroids — Chapter 10 Further topics in equilibrium — Chapter 11 Kinematics of a particle — Chapter 12 Dynamics of a particle — Chapter 13 Kinematics of a rigid body in plane motion — Chapter 14 Dynamics of a rigid body in translation — Chapter 15 Area moments of inertia — Chapter 16 Mass moments of inertia — Chapter 17 Dynamics of a rigid body in rotation — Chapter 18 Dynamics of a rigid body in plane motion — Chapter 19 Work and energy — Chapter 20 Impluse and momentum — Chapter 21 Mechanical vibrations. "This book is designed to supplement standard texts, primarily to assist students of engineering and science in acquiring a more thorough knowledge and proficiency in analytical and applied mechanics. It is based on the authors' conviction that numerous solved problems constitute one of the best means for clarifying and fixing in mind basic principles. While this book will not mesh precisely with any one text, the authors feel that it can be a very valuable adjunct to all. The previous editions of this book have been very favorably received. The authors attempt to use the best mathematical tools now available to students at the sophomore level. Thus the vector approach is applied in those chapters where its techniques provide an elegance and simplicity in theory and problems. On the other hand, we have not hesitated to use scalar methods elsewhere, since they provide entirely adequate solutions to most of the problems. Chapter 1 is a complete review of the minimum number of vector definitions and operations necessary for the entire book, and applications of this introductory chapter are made throughout the book. Some computer solutions are given, but most problems can be readily solved using calculators (or slide rules). Chapter topics correspond to material usually covered in standard introductory mechanics courses. Each chapter begins with statements of pertinent definitions, principles, and theorems. The text material is followed by graded sets of solved and supplementary problems. The solved problems serve to illustrate and amplify the theory, present methods of analysis, provide practical examples, and bring into sharp focus those fine points which enable the student to apply the basic principles correctly and confidently. Numerous proofs of theorems and derivations of formulas are included among the solved problems. The many supplementary problems serve as a complete review of the material covered in each chapter. In the first edition, the authors gratefully acknowledged their indebtedness to Professor Paul B. Eaton and Mr. J. Warren Gillon. In the second edition, the authors received helpful suggestions and criticism from Dr. Charles L. Best and Dr. John W. McNabb. Also in that edition, Messrs. Larry Freed and Paul Gary checked the solutions to the problems. In this edition we express thanks to Dr. James Schwar for his assistance in preparing the computer solutions in Appendix D. We extend thanks also to Mr. Nick Monti, Mr. John Aliano, and Ms. Ellen LaBarbera of McGraw-Hill Book Company for their editorial assistance. For typing the manuscript of this edition, we are indebted to Mrs. Elizabeth Bullock." —Preface Adult Lansa, Rogelio College of Industrial Engineering Industrial Engineering Text in English Engineering Mechanics. Welson, E.W., author. ddc BK Leslie [new] 06/08/2026 15361 15361 0 0 ddc 0 0 UCBL_EXT UCBL_EXT SUBJ.REF 2026-06-08 620.105 M16 1980 3UCBL000001354 2026-06-08 2026-06-08 SR