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Heat-Exchangers-and-Mass-Transfer

Hot water having specific heat 4200 J/kg K flows through a heat exchanger at rate of 4 kg/min with an inlet temperature of 100 degree Celsius. A cold fluid having a specific heat 2400 J/kg K flows in at a rate of 8 kg/min and with inlet temperature 20 degree Celsius. Make calculations for maximum possible effectiveness if fluid flow conforms to parallel flow arrangement


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This Chapter Heat-Exchangers-and-Mass-Transfer consists of the following topics

The curve of effectiveness versus NTU parameters indicates the relationship between
(i) Effectiveness
(ii) NTU MAX
(iii) C MIN/C MAX
Identify the correct statements

Hot water having specific heat 4200 J/kg K flows through a heat exchanger at rate of 4 kg/min with an inlet temperature of 100 degree Celsius. A cold fluid having a specific heat 2400 J/kg K flows in at a rate of 8 kg/min and with inlet temperature 20 degree Celsius. Make calculations for maximum possible effectiveness if fluid flow conforms to parallel flow arrangement

Consider the above problem, make calculations for maximum possible effectiveness if the fluid flow conforms to counter flow arrangement

Hot water having specific heat 4200 J/kg K flows through a heat exchanger at the rate of 4 kg/min with an inlet temperature of 100 degree Celsius. A cold fluid having a specific heat 2400 J/kg K flows in at a rate of 8 kg/min and with inlet temperature 20 degree Celsius. Make calculations for maximum possible effectiveness if the fluid flow conforms to parallel flow arrangement

Heat Exchangers and Mass Transfer

Heat-Transfer