كتاب Clutches and Brakes - Design and Selection 2nd ed

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Clutches and Brakes - Design and Selection 2nd ed
W. Orthwein (Marcel Dekker, 2004) WW

ويتناول الموضوعات الأتية :

Chapter Friction Materials
I. Friction Code
II. Wear
III. Brake Fade
IV. Friction Materials
V. Notation
References
Chapter Band Brakes
I. Derivation of Equations
II. Application
III. Lever-Actuated Band Brake: Backstop Design
IV. Example: Design of a Backstop
V. Notation
VI. Formula Collection
References
Chapter Externally and Internally Pivoted Shoe Brakes
I. Pivoted External Drum Brakes
II. Pivoted Internal Drum Brakes
ix
III. Design of Dual-Anchor Twin-Shoe Drum Brakes
IV. Dual-Anchor Twin-Shoe Drum Brake Design
Examples
V. Design of Single-Anchor Twin-Shoe Drum Brakes
VI. Single-Anchor Twin-Shoe Drum Brake Design
Examples
VII. Electric Brakes
VIII. Notation
IX. Formula Collection
References
Chapter Linearly Acting External and Internal Drum Brakes
I. Braking Torque and Moments for Centrally
Pivoted External Shoes
II. Braking Torque and Moments for Symmetrically
Supported Internal Shoes
III. Design Examples
IV. Notation
V. Formula Collection
Chapter Dry and Wet Disk Brakes and Clutches
I. Caliper Disk Brakes
II. Ventilated Disk Brakes
III. Annular Contact Disk Brakes and Clutches
IV. Design Examples
V. Notation
VI. Formula Collection
Chapter Cone Brakes and Clutches
I. Torque and Activation Force
II. Folded Cone Brake
III. Design Examples
IV. Notation
V. Formula Collection
References
Chapter Magnetic Particle, Hysteresis, and Eddy-Current
Brakes and Clutches
I. Theoretical Background
II. Magnetic Particle Brakes and Clutches
III. Hysteresis Brakes and Clutches
x Contents
IV. Eddy-Current Brakes and Clutches
V. Notation
References
Chapter Acceleration Time and Heat Dissipation
Calculations
I. Energy Dissipated in Braking
II. Mechanical Energy of Representative Systems
III. Braking and Clutching Time and Torque
IV. Clutch Torque and Acceleration Time
V. Example : Grinding Wheel
VI. Example : Conveyor Brake
VII. Example : Rotary Kiln
VIII. Example : Crane
IX. Example : Magnetic Particle or Hysteresis Brake
Dynamometer
X. Example : Tension Control
XI. Example : Torque and Speed Control
XII. Example : Soft Start
XIII. Notation
XIV. Formula Collection
Chapter Centrifugal, One-Way, and Detent Clutches
I. Centrifugal Clutches
II. One-Way Clutch: The Spring Clutch
III. Overrunning Clutches: The Roller Clutch
IV. Overrunning Clutches: The Sprag Clutch
V. Torque Limiting Clutch: Tooth and Detent Types
VI. Torque Limiting Clutch: Friction Type
VII. Notation
VIII. Formula Collection
References
Chapter Friction Drives with Clutch Capability
I. Belt Drives
II. Friction Wheel Drive
III. Friction Cone Drive
IV. Example : Belt Drive, Hinged Motor Mount
V. Example : Belt Drive, Sliding Motor Mount
VI. Example : Cone Drive
VII. Notation
VIII. Formula Collection
Contents xi
Chapter Fluid Clutches and Brakes
I. Fluid Couplings as Clutches
II. Fluid Brakes: Retarders
III. Magnetorheological Suspension Clutch and Brake
IV. Notation
V. Formula Collection
References
Chapter Antilock Braking Systems
I. Tire/Road Friction Coefficient
II. Mechanical Skid Detection
III. Electrical Skid Detection: Sensors
IV. Electrical Skid Detection: Control
V. Notation
VI. Formula Collection
References
Chapter Brake Vibration
I. Brief Historical Outline
II. Recent Experimental Data
III. Finite Element Analysis
IV. Caliper Brake Noise Reduction
References
Chapter Engineering Standards for Clutches and Brakes
I. SAE Standards
II. American National Standards Institute (ANSI)
III. Other Standards Organizations
Bibliography
xii Contents

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