Thermodynamics Steady-Flow Device

Project Overview

This thermodynamics project involved designing and testing a steady-flow device using compressed air. I modeled fan blade components in SolidWorks, implemented Arduino-based data acquisition, and conducted thermodynamic analysis to compare measured flow behavior with theoretical predictions.

Device Design

My Role

I modeled fan blades and airflow components in SolidWorks and assembled the compressed-air test rig. I implemented an Arduino-based data acquisition setup to read, convert, and record flow measurements, then conducted EES-based analysis to compare measured flow behavior with thermodynamic predictions.

Testing Setup

Technical Highlights

  • SolidWorks modeling of fan blades and airflow components
  • Arduino-based data acquisition system for flow measurement
  • Compressed-air test rig assembly and operation
  • EES thermodynamic analysis comparing experimental data with theoretical models
Data Analysis

Outcome

The project successfully demonstrated the integration of mechanical design, electronics, and thermodynamic theory. The Arduino data acquisition system provided accurate flow measurements that validated our EES-based thermodynamic predictions.