Initial Questions
Version 4 (Aaron Harper, 05/25/2015 12:20 pm) → Version 5/12 (Aaron Harper, 05/25/2015 12:22 pm)
h1. Yavin Thruster Initial Questions v0.1
{{toc}}
h2. Project Background Questions
h3. BQ1. Why are we making this?
*BA1*. To create an educational project which combines both propulsion design and testing. In combination with the Shepard Test Stand technology yields a full turnkey package.
h3. BQ2. Who is this for?
*BA2.* Undergraduate aerospace and high level high school students and Mach30 Volunteers.
h3. BQ3. How will this be used?
*BA3*. Demonstrate fundamentals of propulsion systems design and testing of a cold gas thruster to include thrust, specific impulse, expansion ratio, chamber pressure, throat area, and controls.
h3. BQ4. Who's going to build this?
*BA4.* Unit will be able to be built with commonly available components and 3D printed parts. _..._
h2. Technical Requirement Questions
h3. TQ1a. What features does it need to have (now)?
*TA1a.* _The project needs to:_
* _...._
h3. TQ1b. What features does it need to have (later)?
*TA1b.* _In the future, the project (or related projects) may need to:_
* _..._
h3. TQ2. What are the legacy requirements?
*TA2.* _To maintain compatibility with other projects, the system should:_
* _..._
h2. Project Requirement Questions
h3. PQ1. How many do we want to make?
*PA1.* _..._
h3. PQ2. What is the budget?
*PA2.* _..._
h3. PQ3. What is the timeline?
*PA3.* _..._
h3. PQ4. What waste products will be produced by the manufacture and/or operation of this?
*PA4.* _..._
{{toc}}
h2. Project Background Questions
h3. BQ1. Why are we making this?
*BA1*. To create an educational project which combines both propulsion design and testing. In combination with the Shepard Test Stand technology yields a full turnkey package.
h3. BQ2. Who is this for?
*BA2.* Undergraduate aerospace and high level high school students and Mach30 Volunteers.
h3. BQ3. How will this be used?
*BA3*. Demonstrate fundamentals of propulsion systems design and testing of a cold gas thruster to include thrust, specific impulse, expansion ratio, chamber pressure, throat area, and controls.
h3. BQ4. Who's going to build this?
*BA4.* Unit will be able to be built with commonly available components and 3D printed parts. _..._
h2. Technical Requirement Questions
h3. TQ1a. What features does it need to have (now)?
*TA1a.* _The project needs to:_
* _...._
h3. TQ1b. What features does it need to have (later)?
*TA1b.* _In the future, the project (or related projects) may need to:_
* _..._
h3. TQ2. What are the legacy requirements?
*TA2.* _To maintain compatibility with other projects, the system should:_
* _..._
h2. Project Requirement Questions
h3. PQ1. How many do we want to make?
*PA1.* _..._
h3. PQ2. What is the budget?
*PA2.* _..._
h3. PQ3. What is the timeline?
*PA3.* _..._
h3. PQ4. What waste products will be produced by the manufacture and/or operation of this?
*PA4.* _..._