tail-bay Sentence Examples

  1. The tail-bay is an essential component of a hydroelectric plant, regulating water flow before it enters the turbines.
  2. A turbine tail-bay is designed to efficiently release water away from the turbine after generating power.
  3. The tail-bay dissipates the energy remaining in the water after it exits the turbine.
  4. The length and geometry of the tail-bay influence the efficiency of a hydroelectric system.
  5. Inspecting and maintaining the tail-bay is crucial to ensure the smooth operation of a hydroelectric plant.
  6. The design of the tail-bay affects fish passage and can serve as a fishway to mitigate impacts on aquatic life.
  7. Environmental considerations shape the design of tail-bays to minimize sedimentation and protect water quality.
  8. Tail-bays often incorporate spillways or other structures to control water levels and regulate flow.
  9. The tail-bay is a critical point for monitoring water quality and detecting potential issues within the hydroelectric system.
  10. Ongoing research and development aim to optimize tail-bay designs for enhanced hydraulic performance and environmental sustainability.

tail-bay Meaning

Webster

tail-bay (n.)

One of the joists which rest one end on the wall and the other on a girder; also, the space between a wall and the nearest girder of a floor. Cf. Case-bay.

The part of a canal lock below the lower gates.

Synonyms & Antonyms of tail-bay

No Synonyms and anytonyms found

FAQs About the word tail-bay

One of the joists which rest one end on the wall and the other on a girder; also, the space between a wall and the nearest girder of a floor. Cf. Case-bay., The

No synonyms found.

No antonyms found.

The tail-bay is an essential component of a hydroelectric plant, regulating water flow before it enters the turbines.

A turbine tail-bay is designed to efficiently release water away from the turbine after generating power.

The tail-bay dissipates the energy remaining in the water after it exits the turbine.

The length and geometry of the tail-bay influence the efficiency of a hydroelectric system.