Engineering Mechanics Statics And Dynamics /

By:

Bela I.Sandor

Series: seriesPublication details: Prentice-Hall inc U. S. AEdition: 1Description: 992 Ilustraciones, tablas, graficos 24CMISBN:

0-13-278945-0

Subject(s):

Ingeniería en tecnologias de la información y comunicaciones

Contents:

STATICS 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

Summary: Statics 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

Holdings
Item type	Current library	Call number	Copy number	Status	Date due	Barcode
Libro	CI Gustavo A. Madero 2	TA405 T5332 1987	1	Available

EDITORIAL
Prentice-Hall inc
ISBN
0-13-278945-0

STATICS 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

Statics 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

Ingeniería en Tecnologías de la Información y Comunicación

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