كتاب طراحي و انتخاب كلاچ ها و ترمزها (Clutches and Brakes, Design and Selection)، كتابي جامع و كاربردي از مباحث طراحي و انتخاب انواع سيستم كلاچ ها و ترمزها مي باشد. نكته قابل توجه در اين كتاب، وجود مثال هاي عملي و كاربردي با پاسخ هاي تشريحي در هر فصل و همچنين دسته بندي فرمول هاي مهم هر فصل مي باشد. اين كتاب مشتمل بر 14 فصل، 352 صفحه، به زبان انگليسي، همراه با تصاوير، فرمول ها و جداول مهم، با فرمت pdf، به ترتيب زير گردآوري شده است:

Chapter 1: Friction Materials

• Friction Code
• Wear
• Brake Fade
• Friction Materials
• Notation
• References

Chapter 2: Band Brakes

• Derivation of Equations
• Application
• Lever-Actuated Band Brake: Backstop Design
• Example: Design of a Backstop
• Notation
• Formula Collection
• References

Chapter 3: Externally and Internally Pivoted Shoe Brakes

• Pivoted External Drum Brakes
• Pivoted Internal Drum Brakes
• Design of Dual-Anchor Twin-Shoe Drum Brakes
• Dual-Anchor Twin-Shoe Drum Brake Design
• Examples
• Design of Single-Anchor Twin-Shoe Drum Brakes
• Single-Anchor Twin-Shoe Drum Brake Design
• Examples
• Electric Brakes
• Notation
• Formula Collection
• References

Chapter 4: Linearly Acting External and Internal Drum Brakes

• Braking Torque and Moments for Centrally
• Pivoted External Shoes
• Braking Torque and Moments for Symmetrically
• Supported Internal Shoes
• Design Examples
• Notation
• Formula Collection

Chapter 5: Dry and Wet Disk Brakes and Clutches

• Caliper Disk Brakes
• Ventilated Disk Brakes
• Annular Contact Disk Brakes and Clutches
• Design Examples
• Notation
• Formula Collection

Chapter 6: Cone Brakes and Clutches

• Torque and Activation Force
• Folded Cone Brake
• Design Examples
• Notation
• Formula Collection
• References

Chapter 7: Magnetic Particle, Hysteresis, and Eddy-Current

• Brakes and Clutches
• Theoretical Background
• Magnetic Particle Brakes and Clutches
• Hysteresis Brakes and Clutches
• Eddy-Current Brakes and Clutches
• Notation
• References

Chapter 8: Acceleration Time and Heat Dissipation

• Calculations
• Energy Dissipated in Braking
• Mechanical Energy of Representative Systems
• Braking and Clutching Time and Torque
• Clutch Torque and Acceleration Time
• Example 1: Grinding Wheel
• Example 2: Conveyor Brake
• Example 3: Rotary Kiln
• Example 4: Crane
• Example 5: Magnetic Particle or Hysteresis Brake
• Dynamometer
• Example 6: Tension Control
• Example 7: Torque and Speed Control
• Example 8: Soft Start
• Notation
• Formula Collection

Chapter 9: Centrifugal, One-Way, and Detent Clutches

• Centrifugal Clutches
• One-Way Clutch: The Spring Clutch
• Overrunning Clutches: The Roller Clutch
• Overrunning Clutches: The Sprag Clutch
• Torque Limiting Clutch: Tooth and Detent Types
• Torque Limiting Clutch: Friction Type
• Notation
• Formula Collection
• References

Chapter 10: Friction Drives with Clutch Capability

• Belt Drives
• Friction Wheel Drive
• Friction Cone Drive
• Example 1: Belt Drive, Hinged Motor Mount
• Example 2: Belt Drive, Sliding Motor Mount
• Example 3: Cone Drive
• Notation
• Formula Collection

Chapter 11: Fluid Clutches and Brakes

• Fluid Couplings as Clutches
• Fluid Brakes: Retarders
• Magnetorheological Suspension Clutch and Brake
• Notation
• Formula Collection
• References

Chapter 12: Antilock Braking Systems

• Tire/Road Friction Coefficient
• Mechanical Skid Detection
• Electrical Skid Detection: Sensors
• Electrical Skid Detection: Control
• Notation
• Formula Collection
• References

Chapter 13: Brake Vibration

• Brief Historical Outline
• Recent Experimental Data
• Finite Element Analysis
• Caliper Brake Noise Reduction
• References

Chapter 14: Engineering Standards for Clutches and Brakes

• SAE Standards
• American National Standards Institute (ANSI)
• Other Standards Organizations

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طراحي و انتخاب كلاچ ها و ترمزها