Presentation one provides a brief introduction to the project, customer/engineering requirements, literature review, mathematical modeling, and a preliminary schedule and budget.
Presentation two provides a functional decomposition, concept generation for the propellant and test stang, engineering calculations, concept evaluation, and updated schedule, budget, and bill of materials.
Report one summarizes the contents of presentation 1 and 2, with more details on the concept selection process as well as an updated literature review.
Prototype demonstration 1 aims to answer how our APCP propellant will compare to other available propessant formulations. In addition, the team showcased the virtual prototype of the test stand.
Report 2 provides an updated literature review as well as a more in-depth technical analysis of the designs. The team has performed a failure mode and effects (FMEA) analysis to ensure the safety of the design.
Prototype 2 answers questions about what percentage of Aluminum and ammonium perchlorate is in the propellant, how the propellant strands will be cast for the strand burner, and how the nozzle subassembly will fit into the casing.
The engineering calculations document provides a brief design summary, compilation of relevant standards/codes/regulations, and a summary of equations and solutions. Following these sections are a few flow charts which explain testing procedures and certain aspects of our propulsion system.
This presentation displays the progress the team has made up until the point of submitting this assignment. We outline our design efforts, purchasing plan, manufacturing plan, Gantt Chart, and demonstration of physical hardware.
This presentation displays the progress the team has made thus far. Progress updates are shown on the strand burner, propellant casting, nozzle manufacture, and load cell/pressure transducer calibration.
The Finalized Testing Plan document gives an overview of the engineering and customer requirements, then explains how the team's testing plans aim to confirm the the team's success in achieving these requirements.
This presentation displays the progress the team has made up until the point of submitting this assignment. The teams presents visuals of the small, medium, and full scale propulsion systems. There are slides pertaining to small scale and medium scale testing, but full scale testing was still in progress.
The purpose of this presentation is to outline the customer and engineering requirements, then describe how our testing aims to validate the team's success in achieving these requirements.
This is the final presentation that the team will be presenting at NAU's Undergraduate Symposium. It is a live document, so it is open to changes until presentation day.
This presentation displays the progress the team has made thus far. Progress updates are shown on the strand burner, propellant casting, nozzle manufacture, and load cell/pressure transducer calibration.
The Finalized Testing Plan document gives an overview of the engineering and customer requirements, then explains how the team's testing plans aim to confirm the the team's success in achieving these requirements.
The final report is a compilation of all of the team's previous work to date. This report contains the goal of the project, customer and engineering requirements, research, calculations, testing, and the outcome of the project thus far.
