Thermodynamic and hydraulic design characteristics of the fin
The hot water passes through the tubes and air passes through the fins and is used for cooling. The fin spacing is 0.02 mm. The tube is 0.5 m long, has a diameter of
Weight and performance optimization of rectangular staggered fins heat
Compared with the original heat exchanger, the total weight of the optimized exchanger reduces by 25.49% and its heat transfer capacity increases by 24.22% taking the inlet-outlet temperature difference of the hydraulic oil as the index, which is a great improvement for the miniaturization and lightweight of the hydraulic power unit.
General prediction of the thermal hydraulic performance
Nomenclature A total heat transfer area (m 2) A c free flow area (m 2) A ffe area of the front fin end in a unit cell of OSF fin (mm 2) C p specific heat at a constant
A review on improving thermal-hydraulic performance of fin-and-tube
The tube-fin heat exchanger is the core equipment in the whole air-conditioning system, the thermal resistance of copper tube and fin contact accounts for 10%-20% of the total thermal resistance
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resistance of the heat exchanger, which provides a new idea for the entire tube-fin heat exchanger in the case of hydraulic expansion. 2. Determination of the range of
Tube Fin Heat Exchangers | Boyd - Boyd Corporation
Standard Copper Tube Fin Heat Exchangers Options Standard Stainless Steel Tube Fin Heat Exchangers Options Additional Information: Max. Operating Temperature 200 C (400 F) Pressure Tested 10.3 bar (150 psi) Fan Kit (Optional): 115V (230V) Fan Plate: Included Key Industries Industrial Condensers Plasma Cutting Equipment Read More?Medical
Experimental study on hydraulic expansion of tube-fin heat
The tube-fin heat exchanger is the core equipment in the whole air-conditioning system, the thermal resistance of copper tube and fin contact accounts for
Experimental study on hydraulic expansion of tube-fin heat exchanger
The tube-fin heat exchanger is the core equipment in the whole air-conditioning system, the thermal resistance of copper tube and fin contact accounts for 10%-20% of the total thermal resistance
Engineering Essentials: Heat Exchangers Power & Motion
Download this article in .PDF format Hydraulic systems can use either of two methods of load control: the energy-loss method, in which flow to the actuator is set
Types of Heat Exchangers in Oil & Gas ?Applications & How They Work
Parallel flow heat exchangers have a design that allows both the cool and heated fluids to move in the same direction. Counter-flow heat exchangers are designed to allow both the heated and cooling fluids to enter from opposite ends of the device. This is the most effective method of heat exchange.
