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020			_a0-13-278945-0
040			_aGAMADERO2 _bspa _cGAMADERO2
100			_aBela I.Sandor
245			_aEngineering Mechanics Statics And Dynamics /
250			_a1
260			_bPrentice-Hall inc _aU. S. A
300			_a992 _bIlustraciones, tablas, graficos _c24CM
490	0		_aseries
504			_aEDITORIAL Prentice-Hall inc ISBN 0-13-278945-0
505			_aSTATICS VOLUME 1 INTRODUCTION TO ENGINEERING MECHANICS IX 3 Overview 3 1-1 Engineering Mechanics 4 1-2 Basic Concepts of Mechanics 5 1-3 Newton's Laws 6 1-4 Scalars and Vectors 7 1-5 Units 9 1-6 Modeling. Approximations, Required Accuracies 14 1-7 Recurring Examples for Progressive Analysis 15 FORCES ON PARTICLES 19 Overview 19 2-1 Two-Dimensional Force Systems. Resultants of Forces 20 2-2 Components of a Force 22 2-3 Unit Vectors 29 2-4 Three-Dimensional Force Systems. Resultants and Components of Forces 38 2-5 Method for Determining Force Vector from Scalar Information 41 2-6 Scalar Product of Two Vectors. Angles between Vectors. Projection of a Vector 2-7 Equilibrium of a Particle. Free-Body Diagrams Summary 51 57 70 FORCES ON RIGID BODIES 3-1 External and Internal Forces. Free-Body Dagrams 3-2 3-3 Equivalent Forces Moment of a Force 77 77 79 80 01 3-6 Moment of a Force about a Line 3-5 Triple Products of Three Vectors 87 101 3-7 Moment of a Couple 102 3-8 Equivalent Couples 108 3-9 Components and Addition of Couples 110 3-10 Transformation of a Force into a Force-Couple System 112 Couple 3-11 Simplification of Many Forces to a Force and a 113 3-12 Common Simple Force Systems 120 121 Summary 130 EQUILIBRIUM OF RIGID BODIES Overview 136 4-1 4-2 Free-Body Diagrams Complete Equilibrium Conditions 136 137 4-4 Two-Force Members 4-3 Calculation of Unknown Forces and Moments 139 141 Law 4-5 Interrelated Free-Body Diagrams. Newton's Third 157 4-6 Additional Examples 160 Summary 175 187 Overview 5-1 Classification of Supports FORCES AND MOMENTS IN BEAMS 5-2 Internal Forces and Moments 5-3 Sign Conventions 5-4 Shear Force and Bending Moment Diagrams 193 193 194 195 199 213 230 Summary ANALYSIS OF SIMPLE STRUCTURES Overview 6-1 Trusses 6-2 Method of Joints 6-3 Special Cases of Joints 235 235 236 238 241 6-4 Formal Procedure in Joint Analysis 250 6-5 Graphic Analysis of Trusses. Maxwell Diagram 251 6-6 Method of Sections 257 6-7 Space Trusses 259 6-8 Frames and Machines 272 6-9 Cables with Concentrated Loads 290 Summary 298 CONTENTS
520			_aStatics and dynamics are fundamental engineering subjects; their concepts and methods are used in subsequent courses and in engineering practice. It is essential for the student to develop a working knowledge in these areas. The material in this text facilitates the learning of statics and dynamics in the following ways
526			_aIngeniería en Tecnologías de la Información y Comunicación
650		0	_aIngeniería en tecnologias de la información y comunicaciones _9585
942			_cLIB _2ddc
945			_a1 _badmin _c1261 _dJenny Viridiana Quiroz Linares
999			_c2285 _d2285