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Design a spiral heat exchanger to melt a solid at around -50C at the bottom of a vessel at -172C using CHT

In this simulation project, we delved into the dynamics of a straightforward yet crucial piece of equipment: a simple straight-tube heat exchanger. With no fins or obstructions, the goal was to ensure optimal heat transfer between two fluids a puzzle that required both technical expertise and a dash of creativity.

Thermal Hydraulics Simulation of PHX for Class Project

Simulation of Conditions for Primary Heat Exchanger in NUEN610 Project

Simulation for 1 shell 2 pass heat exchanger to find outlet temperature

This project zill simulate the heat exhanger dynamically and thermaly

compute heat fluxes between solid condenser, air flow and fluid refrigerant

Simulation of heat exchanger to find outlet temperature

CAD https://grabcad.com/library/sl_st-heat-recuperative-ventilation-1

The principle of operation.
Two oncoming streams pass through thin channels.
The only thing that separates the air flows is a thin aluminum foil. In this way, a constant temperature gradient is created and throughout the entire path, one stream cools, the other heats up. Theoretically, we will lose only a few degrees of our heat.

The structure consists of a layered structure of heat insulators (laser-cut plywood) and heat exchangers (aluminum foil, kitchen).

Cheap to manufacture and easy to operate design. On the model you can see the direction of the flows. This design will keep your home warm or keep cool.

At the same time, you will calmly renew the air in the room. As for me, nothing can compare with the thermal conductivity of such a thin heat exchanger. I will be glad to hear your comments.

First attempt at CFD!  Wanting to see how air flows around finned tube, like wet baseboard heaters

Heat Transfer Analysis of a Spiral Heat Exchanger: In this project Conjugate Heat Transfer Simulations were performed to find out temperature distribution inside the heat exchanger. From the temp. distribution, outlet conditions were obtained to evaluate the effectiveness of this particular configuration.

CFD Simulation of Heat Pipe Heat Exchanger

To show that the temperature of the water is increasing to 80C while the steam on the outer pipe is being constant. Heat conduction in solids is used

Simulate the operation of an air cooled heat exchanger for water.

Determine effectiveness of bolts used to secure partition door plates in a shell and tube heat exchanger

it involves creation of a cascade heat exchanger which will harness the cooling effect from evaporating LPG and cool the air

Isolated System Temperature and Stress Analysis

MSRE heat exchanger, used to validate CFD code

Stress analysis and root cause analysis of under design pass partition plate in S&T HEX.

Projeto térmico e hidráulico de um trocador de calor casco e tubos.

Conjugate heat transfer is a behavioural analysis where convective (transfer between fluid) and conductive (transfer between solids) heat transfer takes place in a system. This combination of heat transfer has forced or natural convection where fluid is dominated by convection and solid is dominated by conduction. 
Objective of the Experiment is to
Carry out mesh Independent study
Stimulate CHT using two different processor materials
Carry out the analysis at different velocities 
To determine the hot spots and Heat transfer co-efficient at different velocities

To achieve the successful design of heat exchanger

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