Mechanics I Essentials
Erschienen am 1. Januar 2013
115 Seiten
978-0-7386-7261-8 (ISBN)
Beschreibung
REA's Essentials provide quick and easy access to critical information in a variety of different fields, ranging from the most basic to the most advanced. As its name implies, these concise, comprehensive study guides summarize the essentials of the field covered. Essentials are helpful when preparing for exams, doing homework and will remain a lasting reference source for students, teachers, and professionals. Mechanics I covers vectors, forces on a particle, equivalent systems of particles, equilibrium of rigid bodies, centroids and center of gravity, analysis of structures, beams and cables, friction, moment of inertia, and method of virtual work.
Weitere Details
Weitere Ausgaben
Andere Ausgaben
James R. Ogden | Research & Education Association | Staff of Research Education Association
Mechanics: v. 1
Buch
01/1994
Research & Education Association,U.S.
26,12 €
Artikel ist vergriffen; siehe andere Ausgabe
Inhalt
- Intro
- Title Page
- Copyright Page
- WHAT "THE ESSENTIALS" WILL DO FOR YOU
- Table of Contents
- CHAPTER 1 - INTRODUCTION
- 1.1 FUNDAMENTAL CONCEPTS
- 1.2 SYSTEMS OF UNITS
- 1.3 NUMERICAL ACCURACY
- CHAPTER 2 - VECTORS
- 2.1 SCALARS AND VECTORS
- 2.2 VECTOR ADDITION
- 2.3 SCALAR PRODUCT
- 2.4 VECTOR PRODUCT
- 2.5 MIXED TRIPLE PRODUCT
- 2.6 VECTOR FUNCTIONS
- 2.7 UNIT VECTOR
- 2.8 TRANSFORMATION MATRIX
- CHAPTER 3 - FORCES ON A PARTICLE
- 3.1 NEWTON'S LAWS
- 3.2 VECTOR REPRESENTATION
- 3.3 FREE-BODY DIAGRAM
- 3.4 RECTANGULAR COMPONENTS
- 3.5 EQUILIBRIUM OF A PARTICLE
- CHAPTER 4 - EQUIVALENT SYSTEMS OF PARTICLES
- 4.1 RIGID BODIES
- 4.2 PRINCIPLE OF TRANSMISSIBILITY
- 4.3 MOMENT OF A FORCE ABOUT A POINT
- 4.4 VARIGNON'S THEOREM
- 4.5 MOMENTS ABOUT A GIVEN AXIS
- 4.6 MOMENT OF A COUPLE
- 4.7 ADDITION OF COUPLES
- 4.8 RESOLUTION OF FORCES INTO A FORCE AND A COUPLE
- 4.9 REDUCTION OF FORCES
- CHAPTER 5 - EQUILIBRIUM OF RIGID BODIES
- 5.1 INTRODUCTION
- 5.2 REACTIONS AT SUPPORTS AND CONNECTIONS
- 5.3 EQUILIBRIUM CONDITIONS
- 5.4 SPECIAL CASES IN EQUILIBRIUM
- CHAPTER 6 - CENTROIDS AND CENTER OF GRAVITY
- 6.1 CENTER OF GRAVITY
- 6.2 CENTROIDS
- 6.3 COMPOSITE BODIES
- 6.4 CENTROIDS BY INTEGRATION
- 6.5 THEOREMS OF PAPPUS-GULDINUS
- 6.6 DISTRIBUTED LOADS ON BEAMS
- CHAPTER 7 - ANALYSIS OF STRUCTURES
- 7.1 INTRODUCTION
- 7.2 METHOD OF JOINTS
- 7.3 SPECIAL LOADING CONDITIONS
- 7.4 SPACE TRUSSES
- 7.5 METHOD OF SECTIONS
- 7.6 MULTIFORCE STRUCTURES
- 7.7 ANALYSIS OF A FRAME
- 7.8 MACHINES
- CHAPTER 8 - BEAMS AND CABLES
- 8.1 TYPES OF LOADING AND SUPPORTS
- 8.2 SHEAR AND BENDING MOMENTS
- 8.3 ANALYTICAL RELATIONSHIPS
- 8.4 CABLES - CONCENTRATED LOADS
- 8.5 CABLES - DISTRIBUTED LOADS
- 8.6 PARABOLIC CABLES
- CHAPTER 9 - FRICTION
- 9.1 DRY FRICTION
- 9.2 ANGLES OF FRICTION
- 9.3 WEDGES
- 9.4 SQUARE-THREADED SCREWS
- 9.5 AXLE FRICTION
- 9.6 DISK FRICTION
- 9.7 ROLLING RESISTANCE
- 9.8 BELT FRICTION
- CHAPTER 10 - MOMENT OF INERTIA
- 10.1 INTEGRATION METHOD
- 10.2 POLAR MOMENT OF INERTIA
- 10.3 RADIUS OF GYRATION
- 10.4 PERPENDICULAR-AXIS THEOREM
- 10.5 PARALLEL-AXIS THEOREM
- 10.6 COMPOSITE AREAS AND BODIES
- 10.7 PRODUCT OF INERTIA
- 10.8 PRINCIPAL AXES AND INERTIAS
- 10.9 MOHR'S CIRCLE
- 10.10 THIN PLATES
- CHAPTER 11 - METHOD OF VIRTUAL WORK
- 11.1 WORK OF A FORCE
- 11.2 PRINCIPLE OF VIRTUAL WORK
- 11.3 MECHANICAL EFFICIENCY
- 11.4 FINITE DISPLACEMENTS
- 11.5 POTENTIAL ENERGY
- 11.6 STABILITY
