- Senior thesis
- 86 pages
- Nosenchuck, Daniel [Browse]
- Princeton University. Department of Mechanical and Aerospace Engineering [Browse]
- Class year
- Restrictions note
- Walk-in Access. This thesis can only be viewed on computer terminals at the Mudd Manuscript Library.
- Summary note
- We endeavored to construct a small-scale engine; which if successful, could have big consequences. In spite of growing global concerns about the consumption of fossil fuels, we still believe conscientious use
can transform the difficult lives of individuals living in the developing world. In the interest of providing a compact, reliable energy source; we set out to construct a simple jet engine capable of providing useful power. As the basis of our engine, we used an affordable and commercially available turbocharger—a
simple idea explored by a previous thesis. We built upon this solid foundation through thorough research on turbojet design and construction. We focused our efforts on engineering a combustor that was both
efficient and robust. To complete the engine, we implemented the most aerodynamically clean diffuser and
reducer possible with the tools available to us. Furthermore, we strove to minimize leaks and losses that can undermine the performance of our engine. At the heart of our design was simplicity and functionality.
Components were created such that they could be disassembled and replaced with basic tools and minimal expense. The result of our efforts was an imperfect but effective means of generating power; a self-sustaining
jet engine that is compact and portable.