Pathline Min 4 600×600 (1)
Pathline-min-4-600×600 (1)
Pathline-min-4-600×600
Temperature-min-3-600×600
Velocity-min-9-600×600
Velocity-vector-min-2-600×600
Pathline Min 4 600×600 (1)Pathline Min 4 600×600Temperature Min 3 600×600Velocity Min 9 600×600Velocity Vector Min 2 600×600

Project Description

Over the past few years, various types of baffles have been used in tube heat exchangers. The goal of presenting new designs has always been that, despite an increase in the heat transfer rate of the converter, the amount of pressure drop across the shell remains at a reasonable level. The low coefficient of heat transfer on the shell and the fluid flow have led to generation of dead regions. Therefore the chance of solidification in these converters increases. Also, the amount of pressure drop for the heat transfer coefficient and the vibration in the tube is high.

Studies show that for all spiral angles with a same pressure drop, the heat transfer coefficient of the shell and tube heat exchanger with the spiral baffle will be greater than the shell and tube heat exchanger with an ordinary baffle. The shell of the spiral baffle compensates flow losses and eliminates the pressure drop. So spiral baffles are a very effective way to convert the pressure drop to heat transfer.

In this analysis, an attempt has been made to simulate the flow of a shell and tube heat exchanger with a helical baffle using Ansys Fluent software.

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The product which is analyzed on this page was made according to our customer’s request. The cost of this product at the first place was 750$. This product has now been redeemed, and its cost is 199$, you can purchase it right now by clicking on “Buy Now” button in order to save your money and time.

Project Details

TITLE: CFD SIMULATION OF A HEAT EXCHANGER SHELL AND TUBE WITH A SPIRAL BAFFLE

SOFTWARE: ANSYS FLUENT

PROJECT TYPE: HEAT TRANSFER

TIME: 15 days

PRIMARY PRICE: 750$

PRICE IN STORE: 199$

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