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Sami Safarini
Sami Safarini
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Try using this calculator to calculate the flow rate for one tube at a given pressure drop and then multiplying itthe flow rate with the number of tubes, the calculator has an explanation akin to a whitepaper. The calculation is based on the darcy-weisbach method which is well documented.

You are also likely to have entry and exit losses for the pipework, having a radius on the inlet is a good idea. I will let you know if I find a source.

Try using this calculator for one tube and multiplying it with the number of tubes, the calculator has an explanation akin to a whitepaper. The calculation is based on the darcy-weisbach method which is well documented.

You are also likely to have entry and exit losses for the pipework, having a radius on the inlet is a good idea. I will let you know if I find a source.

Try using this calculator to calculate the flow rate for one tube at a given pressure drop and then multiplying the flow rate with the number of tubes, the calculator has an explanation akin to a whitepaper. The calculation is based on the darcy-weisbach method which is well documented.

You are also likely to have entry and exit losses for the pipework, having a radius on the inlet is a good idea. I will let you know if I find a source.

Source Link
Sami Safarini
Sami Safarini
  • 479
  • 2
  • 11

Try using this calculator for one tube and multiplying it with the number of tubes, the calculator has an explanation akin to a whitepaper. The calculation is based on the darcy-weisbach method which is well documented.

You are also likely to have entry and exit losses for the pipework, having a radius on the inlet is a good idea. I will let you know if I find a source.