Waste Heat Recovery FROM Micro Gas Turbine Through Compact Heat Exchanger (Design and Report) Final-Year Project Support
Budget: $30 – $250 USD
I’m working on my final-year project on waste heat recovery from a micro gas turbine using a compact heat exchanger, and I need support to complete it properly. (Aviation Field)
At this stage, the system is not fully finalized, so the first step is to select a realistic reference micro gas turbine based on literature and define all required operating parameters, including mass flow rate, temperatures, pressures, and fuel flow. I can also share literature I have already found if needed.
After that, the work should include:
Developing a thermodynamic model based on the Brayton cycle
Designing a counter-flow plate-fin heat exchanger
Performing MATLAB simulation
Iterating the design to balance heat recovery, pressure drop, and efficiency
Evaluating overall performance, including heat recovery, effectiveness, NTU, UA, pressure drop, and efficiency improvement
A full report is also required, including clear explanation of assumptions, equations, methodology, and results, because I need to fully understand and present the project.
Deliverables:
MATLAB model and well-commented code
Heat exchanger design with a schematic or clear representation
Performance analysis including effectiveness, NTU, UA, pressure drop, and efficiency improvement
Simulation results with graphs and outputs
Report writing/support and explanation for presentation
The timeline is very tight, and I would prefer completion within 1-2 weeks or as soon as possible, with early progress shared from the beginning.
I’m looking for someone experienced in thermodynamics, heat transfer, gas turbines, and MATLAB, and who can explain the work clearly.
If you can support this, please share your approach, timeline, and price.
At this stage, the system is not fully finalized, so the first step is to select a realistic reference micro gas turbine based on literature and define all required operating parameters, including mass flow rate, temperatures, pressures, and fuel flow. I can also share literature I have already found if needed.
After that, the work should include:
Developing a thermodynamic model based on the Brayton cycle
Designing a counter-flow plate-fin heat exchanger
Performing MATLAB simulation
Iterating the design to balance heat recovery, pressure drop, and efficiency
Evaluating overall performance, including heat recovery, effectiveness, NTU, UA, pressure drop, and efficiency improvement
A full report is also required, including clear explanation of assumptions, equations, methodology, and results, because I need to fully understand and present the project.
Deliverables:
MATLAB model and well-commented code
Heat exchanger design with a schematic or clear representation
Performance analysis including effectiveness, NTU, UA, pressure drop, and efficiency improvement
Simulation results with graphs and outputs
Report writing/support and explanation for presentation
The timeline is very tight, and I would prefer completion within 1-2 weeks or as soon as possible, with early progress shared from the beginning.
I’m looking for someone experienced in thermodynamics, heat transfer, gas turbines, and MATLAB, and who can explain the work clearly.
If you can support this, please share your approach, timeline, and price.