Optimizing Rotational Torque for Vertical Thrust: Gear and Device Considerations

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SUMMARY

The discussion focuses on optimizing rotational torque for a vertical thrust application involving 10,000 pounds of thrust moving at one foot per second. The goal is to determine the maximum foot-pounds the shaft can deliver while maintaining a desired RPM between 50 and 100. Participants emphasize the need for more details about the setup to provide accurate recommendations on gear combinations and devices necessary for effective energy transfer.

PREREQUISITES
  • Understanding of torque and thrust dynamics
  • Familiarity with gear ratios and their impact on RPM
  • Knowledge of mechanical energy transfer methods
  • Basic principles of rotational motion
NEXT STEPS
  • Research gear ratio calculations for torque optimization
  • Explore mechanical devices for energy transfer, such as pulleys and couplings
  • Learn about torque converters and their applications in vertical thrust systems
  • Investigate the use of simulation software for mechanical setups
USEFUL FOR

Mechanical engineers, automotive engineers, and anyone involved in designing systems for vertical thrust applications requiring efficient torque transfer.

ENRG
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QUESTION: Thank you for assisting a non engineer with a problem.
10,000 pounds of thrust is moving in a vertical path at the rate of one foot per
second.

This is attached to a horizontal shaft (size not determined) by what ever means
necessary to transfer the maximum energy.

What is the maximum foot pounds the shaft can deliver (by whatever combination
of gears or other devices) if the desired RPM is between 50 and 100 RPM.

What combination of gears or other devices would be needed
 
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I wish I could understand your problem set up, but I can't see it. Can you shed a little more details of the set up?
 
That's what prevented me from responding before, as well. The question leaves far too many variables to be meaningful.
 

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