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Chapter 16 Clutches, Brakes, Couplings, and Flywheels Lecture Slides The McGraw-Hill Companies © 2012

Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

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Page 1: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Chapter 16

Clutches, Brakes,

Couplings, and Flywheels

Lecture Slides

The McGraw-Hill Companies © 2012

Page 2: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Chapter Outline

Shigley’s Mechanical Engineering Design

Page 3: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Model of Clutch

Shigley’s Mechanical Engineering Design

Fig. 16–1

Page 4: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Friction Analysis of a Doorstop

Shigley’s Mechanical Engineering Design Fig. 16–2

Page 5: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Friction Analysis of a Doorstop

Shigley’s Mechanical Engineering Design

Fig. 16–2

Page 6: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Friction Analysis of a Doorstop

Shigley’s Mechanical Engineering Design

Page 7: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Friction Analysis of a Doorstop

Shigley’s Mechanical Engineering Design

Page 8: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–1

Shigley’s Mechanical Engineering Design

Page 9: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–1

Shigley’s Mechanical Engineering Design

Page 10: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–1

Shigley’s Mechanical Engineering Design

Page 11: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–1

Shigley’s Mechanical Engineering Design

Page 12: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–1

Shigley’s Mechanical Engineering Design

Page 13: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–1

Shigley’s Mechanical Engineering Design

Page 14: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–1

Shigley’s Mechanical Engineering Design

Page 15: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–1

Shigley’s Mechanical Engineering Design

Page 16: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–1

Shigley’s Mechanical Engineering Design

Page 17: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

An Internal Expanding Centrifugal-acting Rim Clutch

Shigley’s Mechanical Engineering Design Fig. 16–3

Page 18: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Internal Friction Shoe Geometry

Shigley’s Mechanical Engineering Design

Fig. 16–4

Page 19: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Internal Friction Shoe Geometry

Shigley’s Mechanical Engineering Design Fig. 16–5

Page 20: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Pressure Distribution Characteristics

Pressure distribution is sinusoidal

For short shoe, as in (a), the

largest pressure on the shoe is pa

at the end of the shoe

For long shoe, as in (b), the

largest pressure is pa at qa = 90º

Shigley’s Mechanical Engineering Design

Fig. 16–6

Page 21: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Force Analysis

Shigley’s Mechanical Engineering Design Fig. 16–7

Page 22: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Force Analysis

Shigley’s Mechanical Engineering Design

Self-locking condition

Page 23: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Force Analysis

Shigley’s Mechanical Engineering Design

Page 24: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Force Analysis

Shigley’s Mechanical Engineering Design

Page 25: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–2

Shigley’s Mechanical Engineering Design

Fig. 16–8

Page 26: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–2

Shigley’s Mechanical Engineering Design

Page 27: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–2

Shigley’s Mechanical Engineering Design

Page 28: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–2

Shigley’s Mechanical Engineering Design

Page 29: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–2

Shigley’s Mechanical Engineering Design

Page 30: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–2

Shigley’s Mechanical Engineering Design

Page 31: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–2

Shigley’s Mechanical Engineering Design

Page 32: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–2

Shigley’s Mechanical Engineering Design Fig. 16–9

Page 33: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

An External Contracting Clutch-Brake

Shigley’s Mechanical Engineering Design Fig. 16–10

Page 34: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Notation of External Contracting Shoes

Shigley’s Mechanical Engineering Design Fig. 16–11

Page 35: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Force Analysis for External Contracting Shoes

Shigley’s Mechanical Engineering Design

Page 36: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Force Analysis for External Contracting Shoes

Shigley’s Mechanical Engineering Design

For counterclockwise rotation:

Page 37: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Brake with Symmetrical Pivoted Shoe

Shigley’s Mechanical Engineering Design Fig. 16–12

Page 38: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Wear and Pressure with Symmetrical Pivoted Shoe

Shigley’s Mechanical Engineering Design

Fig. 16–12b

Page 39: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Force Analysis with Symmetrical Pivoted Shoe

Shigley’s Mechanical Engineering Design

Page 40: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Force Analysis with Symmetrical Pivoted Shoe

Shigley’s Mechanical Engineering Design

Page 41: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Notation for Band-Type Clutches and Brakes

Shigley’s Mechanical Engineering Design Fig. 16–13

Page 42: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Force Analysis for Brake Band

Shigley’s Mechanical Engineering Design

Page 43: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Force Analysis for Brake Band

Shigley’s Mechanical Engineering Design

Page 44: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Frictional-Contact Axial Single-Plate Clutch

Shigley’s Mechanical Engineering Design Fig. 16–14

Page 45: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Frictional-Contact Axial Multi-Plate Clutch

Shigley’s Mechanical Engineering Design Fig. 16–15

Page 46: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Geometry of Disk Friction Member

Shigley’s Mechanical Engineering Design Fig. 16–16

Page 47: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Uniform Wear

Shigley’s Mechanical Engineering Design

Page 48: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Uniform Pressure

Shigley’s Mechanical Engineering Design

Page 49: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Comparison of Uniform Wear with Uniform Pressure

Shigley’s Mechanical Engineering Design Fig. 16–17

Page 50: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Automotive Disk Brake

Shigley’s Mechanical Engineering Design

Fig. 16–18

Page 51: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Geometry of Contact Area of Annular-Pad Brake

Shigley’s Mechanical Engineering Design Fig. 16–19

Page 52: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Analysis of Annular-Pad Brake

Shigley’s Mechanical Engineering Design

Page 53: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Uniform Wear

Shigley’s Mechanical Engineering Design

Page 54: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Uniform Pressure

Shigley’s Mechanical Engineering Design

Page 55: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–3

Shigley’s Mechanical Engineering Design

Page 56: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–3

Shigley’s Mechanical Engineering Design

Page 57: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–3

Shigley’s Mechanical Engineering Design

Page 58: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Geometry of Circular Pad Caliper Brake

Shigley’s Mechanical Engineering Design Fig. 16–20

Page 59: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Analysis of Circular Pad Caliper Brake

Shigley’s Mechanical Engineering Design

Page 60: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–4

Shigley’s Mechanical Engineering Design

Page 61: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–4

Shigley’s Mechanical Engineering Design

Page 62: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Cone Clutch

Shigley’s Mechanical Engineering Design Fig. 16–21

Page 63: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Contact Area of Cone Clutch

Shigley’s Mechanical Engineering Design Fig. 16–22

Page 64: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Uniform Wear

Shigley’s Mechanical Engineering Design

Page 65: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Uniform Pressure

Shigley’s Mechanical Engineering Design

Page 66: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Energy Considerations

Shigley’s Mechanical Engineering Design

Page 67: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Energy Considerations

Shigley’s Mechanical Engineering Design

Page 68: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Temperature Rise

Shigley’s Mechanical Engineering Design

Page 69: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Newton’s Cooling Model

Shigley’s Mechanical Engineering Design

Page 70: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Effect of Braking on Temperature

Shigley’s Mechanical Engineering Design Fig. 16–23

Page 71: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Rate of Heat Transfer

Shigley’s Mechanical Engineering Design

Page 72: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Heat-Transfer Coefficient in Still Air

Shigley’s Mechanical Engineering Design Fig. 16–24a

Page 73: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Ventilation Factors

Shigley’s Mechanical Engineering Design Fig. 16–24b

Page 74: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Energy Analysis

Shigley’s Mechanical Engineering Design

Page 75: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–5

Shigley’s Mechanical Engineering Design

Page 76: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–5

Shigley’s Mechanical Engineering Design

Page 77: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–5

Shigley’s Mechanical Engineering Design

Page 78: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Area of Friction Material for Average Braking Power

Shigley’s Mechanical Engineering Design

Page 79: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Characteristics of Friction Materials

Shigley’s Mechanical Engineering Design

Table 16–3

Page 80: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Some Properties of Brake Linings

Shigley’s Mechanical Engineering Design Table 16–4

Page 81: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Friction Materials for Clutches

Shigley’s Mechanical Engineering Design

Page 82: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Positive-Contact Clutches

Characteristics of positive-

contact clutches

◦ No slip

◦ No heat generated

◦ Cannot be engaged at high

speeds

◦ Sometimes cannot be

engaged when both shafts are

at rest

◦ Engagement is accompanied

by shock

Shigley’s Mechanical Engineering Design

Square-jaw Clutch

Fig. 16–25a

Page 83: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Overload Release Clutch

Shigley’s Mechanical Engineering Design

Fig. 16–25b

Page 84: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Shaft Couplings

Shigley’s Mechanical Engineering Design

Fig. 16–26

Page 85: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Flywheels

Shigley’s Mechanical Engineering Design

Page 86: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Hypothetical Flywheel Case

Shigley’s Mechanical Engineering Design

Fig. 16–27

Page 87: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Kinetic Energy

Shigley’s Mechanical Engineering Design

Page 88: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Engine Torque for One Cylinder Cycle

Shigley’s Mechanical Engineering Design Fig. 16–28

Page 89: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Coefficient of Speed Fluctuation, Cs

Shigley’s Mechanical Engineering Design

Page 90: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Energy Change

Shigley’s Mechanical Engineering Design

Page 91: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–6

Shigley’s Mechanical Engineering Design

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Example 16–6

Shigley’s Mechanical Engineering Design

Table 16–6

Page 93: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Example 16–6

Shigley’s Mechanical Engineering Design

Page 94: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Punch-Press Torque Demand

Shigley’s Mechanical Engineering Design

Fig. 16–29

Page 95: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Punch-Press Analysis

Shigley’s Mechanical Engineering Design

Page 96: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Induction Motor Characteristics

Shigley’s Mechanical Engineering Design

Page 97: Lecture Slidesweb.itu.edu.tr/~halit/Makel/Ch_16_slides_m.pdf · Shigley’s Mechanical Engineering Design Fig. 16–6 . Force Analysis Fig. 16–7 Shigley’s Mechanical Engineering

Induction Motor Characteristics

Shigley’s Mechanical Engineering Design

Deceleration:

Acceleration:

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Induction Motor Characteristics

Shigley’s Mechanical Engineering Design


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