'Shaft design' diaporamas de présentation

Shafts, Belts, Chains, & Clutches

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534 views • 40 slides

POWER TRANSMISSION

POWER TRANSMISSION. Objective:. To find the relationship between torque and the amount of power delivered to rotate a shaft. To design a shaft to carry a given power and/or torque. Power is rate of doing work. T = the applied torque (N-m) = angular velocity (rad/s)

528 views • 14 slides

Chapter 5 Torsion

Chapter 5 Torsion. Torsional Deformation of a Circular Shaft. When a torque is applied to a circular shaft The circles remain as circles Each longitudinal grid line deforms into a helix that intersects the circles at equal angles

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Shaft Design

Shaft Design. Section VI. Talking Points. Shaft? Shaft Design ASME Shaft Equations Design of Shaft for Torsional Rigidity Standard Sizes of Shafts Bending and Torsional Moments. Shaft?. Rotating machine element that transmits power.

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2.72 Group 5

176 views • 11 slides

RacingCows Vacuum Pump

RacingCows Vacuum Pump. Keagen Cothern Dan Modlin John Mullins Chris Strickhouser. Vacuum Pump Background. Problem: Blow-by Solution: Crank case evacuation. Design Goals. Maintain optimum vacuum pressure F low more air than competitors Must supply more power than requires to run

202 views • 6 slides

Gear box for BWM power Generation

Gear box for BWM power Generation. Team P14418. Initial Torque Requirements. Calculated using 45 Watt Output User Input speed of 55 Rpm. Gear Analysis. Teeth Stress: 61,692 Psi Over 10,000 Hour Lifetime (with 2.62 factor of safety) Bending Stress FoS >10. Shaft Design.

184 views • 6 slides