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Energy in Design 2: Reducing Friction. Friction The pistons in a car engine lose thousands of watts...

Date post: 26-Dec-2015
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Energy in Design 2: Reducing Friction
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Page 1: Energy in Design 2: Reducing Friction. Friction The pistons in a car engine lose thousands of watts of power to friction as they slide. Friction.

Energy in Design 2: Reducing Friction

Page 2: Energy in Design 2: Reducing Friction. Friction The pistons in a car engine lose thousands of watts of power to friction as they slide. Friction.

Friction

Page 3: Energy in Design 2: Reducing Friction. Friction The pistons in a car engine lose thousands of watts of power to friction as they slide. Friction.

The pistons in a car engine lose thousands of watts of power to friction as they slide.

Friction

Page 4: Energy in Design 2: Reducing Friction. Friction The pistons in a car engine lose thousands of watts of power to friction as they slide. Friction.

Friction

Page 5: Energy in Design 2: Reducing Friction. Friction The pistons in a car engine lose thousands of watts of power to friction as they slide. Friction.

from Engineeringtoolbox.com

Friction Coefficients

Page 6: Energy in Design 2: Reducing Friction. Friction The pistons in a car engine lose thousands of watts of power to friction as they slide. Friction.

Friction vs. Speed & Area

Page 7: Energy in Design 2: Reducing Friction. Friction The pistons in a car engine lose thousands of watts of power to friction as they slide. Friction.

Friction vs. Speed & Area

Page 8: Energy in Design 2: Reducing Friction. Friction The pistons in a car engine lose thousands of watts of power to friction as they slide. Friction.

Friction Energy & Power

Page 9: Energy in Design 2: Reducing Friction. Friction The pistons in a car engine lose thousands of watts of power to friction as they slide. Friction.

[Software]

Modeling Friction Energy & Power

Page 10: Energy in Design 2: Reducing Friction. Friction The pistons in a car engine lose thousands of watts of power to friction as they slide. Friction.

Reducing Friction

Page 11: Energy in Design 2: Reducing Friction. Friction The pistons in a car engine lose thousands of watts of power to friction as they slide. Friction.

Reducing Friction

Page 12: Energy in Design 2: Reducing Friction. Friction The pistons in a car engine lose thousands of watts of power to friction as they slide. Friction.

Reducing Friction

Page 13: Energy in Design 2: Reducing Friction. Friction The pistons in a car engine lose thousands of watts of power to friction as they slide. Friction.

Rolling Resistance

Page 14: Energy in Design 2: Reducing Friction. Friction The pistons in a car engine lose thousands of watts of power to friction as they slide. Friction.

{

Crr b

r

train (steel on steel): 0.002

bicycle tire on pavement: 0.005

truck tires on pavement: 0.007

car tires on pavement: 0.010

Rolling Resistance

Page 15: Energy in Design 2: Reducing Friction. Friction The pistons in a car engine lose thousands of watts of power to friction as they slide. Friction.

When Friction Is Good

Page 16: Energy in Design 2: Reducing Friction. Friction The pistons in a car engine lose thousands of watts of power to friction as they slide. Friction.

[Software]

Modeling Friction

Page 17: Energy in Design 2: Reducing Friction. Friction The pistons in a car engine lose thousands of watts of power to friction as they slide. Friction.

sustainabilityworkshop.autodesk.com


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