Thread Content
This post was last edited by HSLJHZ on 2016-1-27 09:47. True or False: The pressure drop of a heat exchanger represents the energy loss of the fluid as it passes through the heat exchanger. (Correct) Post your answer in the reply to participate; +2 wealth points will be awarded (automatic addition of wealth points has been set, and no additional points or comments will be given if your answer is incorrect). An additional +3 to 8 wealth points will be given if all answers are correct. Extra wealth points will also be awarded if the questions or answers are analyzed and explained thoroughly (or with standard references). If your answer is correct and your analysis and explanation are accurate, it will be marked as the best reply (or the best assistance). Feel free to answer the questions.
The pressure drop of a heat exchanger represents the energy loss of the fluid as it passes through the heat exchanger. (Yes)
The pressure drop of a heat exchanger represents the energy loss of the fluid as it passes through the heat exchanger. (X)
Answer: The pressure drop of a heat exchanger represents the energy loss of the fluid as it passes through the heat exchanger. (Correct) The pressure drop of a heat exchanger is the resistance energy that the fluid must overcome as it passes through it. The lower the pressure drop, the less energy is required to overcome this resistance; conversely, the higher the pressure drop, the more energy is needed to overcome the resistance. Therefore, when designing heat exchangers, it is necessary to select a reasonable pressure drop control range.
Correct. ------------------------------
The pressure drop of a heat exchanger represents the energy loss of the fluid as it passes through the heat exchanger. (It is merely pressure loss, one aspect of energy loss)
The pressure drop of a heat exchanger represents the energy loss of the fluid as it passes through the heat exchanger. (Correct)
True or False: The pressure drop of a heat exchanger represents the energy loss of the fluid as it passes through the heat exchanger. (Yes)