【Mechanical Equipment Technology Exchange Edition】Mechanical Equipment 【Daily Question】20191028
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Question: What is nozzle loss? There are no answers provided for this series of posts; fellow netizens are free to share their own opinions – just reply with what you understand. Replies earn rewards ranging from 5 to 15 points; all forum members are welcome to participate actively and support the development of the forum! ! ! Chemical Equipment and Machinery
As steam flows through the nozzle cascade, collisions and friction occur between the steam stream and the wall surfaces of the flow channels, as well as among different parts of the steam stream, resulting in losses.
As steam flows within the nozzle cascade, collisions and friction occur between the steam flow and the wall surfaces of the flow channels, as well as between different parts of the steam flow, resulting in losses.
As steam flows within the nozzle cascade, collisions and friction occur between the steam stream and the wall surfaces of the flow channels, as well as between different parts of the steam stream, resulting in losses
Nozzle loss: The loss that occurs when steam flows through the nozzle cascade, as collisions and friction take place between the steam stream and the wall surfaces of the flow channels, as well as between different parts of the steam stream itself
As steam flows within the nozzle cascade, there are collisions and friction between the steam flow and the wall of the flow channel, as well as between various components of the steam flow, resulting in losses.
As steam flows within the nozzle cascade, collisions and friction occur between the steam flow and the wall surfaces of the flow channels, as well as between different parts of the steam flow, resulting in losses.
As steam flows within the nozzle cascade, collisions and friction occur between the steam flow and the wall surfaces of the flow channels, as well as between different parts of the steam flow, resulting in losses.
Losses due to friction between the steam stream and the nozzle
As steam flows within the nozzle cascade, collisions and friction occur between the steam flow and the wall surfaces of the flow channels, as well as between different parts of the steam flow, resulting in losses.