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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.

This project zill simulate the heat exhanger dynamically and thermaly

CFD Analysis of Space Energy Project - Group 3

the filters work as tree leaves. but I have different gases like CO2, NO2 and SO4. So that these filters absorb each gas separately. For example, the first filter absorbs NO2. NO2 reacts with O3. So that this reaction results in O2 and N2O5. O2 is released to the outside. While dinitrogen pentoxide is transferred in a tube to a station or small pump. Where it is converted into fuel. Inside this pump is a small-sized machine that converts N2O5 into fuel. This fuel is transferred to the operation machine. This fuel powers the filter. It is controlled, its effectiveness and efficiency, as well as the resulting malfunctions by a specialized computer.

Square rod exposed to conduction and convection

Analysis of helical VAWT (vertical axis wind turbine) for urban rooftop installations.

Temperature distribution through a U-type heat exchanger.

Investigating  the use of simulation scale

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