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DIY Tornado

This document outlines the collaborative development of a working artificial tornado generator chamber. The project addresses the critical requirement to simulate tornado dynamics for educational purposes at the Academy. It details the team's development process, roles, and guidelines, as well as the problem statement emphasizing the dangers of tornadoes and the need for effective simulation. The report includes project scope, deliverables, research insights, potential and final solutions, and documentation of the development process, ensuring a comprehensive understanding of the project's objectives and outcomes.

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DIY Tornado

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  1. DIY Tornado Derek Zabel Kyle Carey

  2. Group Members • Derek Zabel • Kyle Carey

  3. Table of Contents • Team Development • Problem Statement • Problem Background • Customer/ Customer Requirements • Scope • Deliverables • Timeline

  4. Table of Contents (cont) • Research • Potential Solutions • Final Solutions • Development Work/Analysis • Prototype/ Documenting Process • Testing/Monitoring • Summary

  5. Team Development - Roles • Worked as one • Tasks evenly distributed • Came to consensus for decisions • Used personal experiences

  6. Team Development – Guidelines • Split cost evenly • Contribute evenly

  7. Problem Statement • Create a working artificial tornado generator chamber, that will effectively simulate the dynamics of a tornado.

  8. Problem Background • Dangers of Tornados • Rotation of 300+ miles per hour • Speeds over 100 miles • Heights over 60,000 feet • Tornado Watch/Warning • Watch- potential • Warning- sighting/probably cause

  9. Problem Background (cont) • Tornado Touch Down

  10. Problem Background (cont)

  11. Customer Requirements • Academy Legacy • Future Student/Teachers • Personal Goal

  12. Customer Requirements (cont) • Low cost • Proper Dimensions

  13. Scope of the Project • Work completed • Resources • Cost • Limitations

  14. Scope: Work Completed

  15. Deliverables • Tornado chamber • Legacy • Science Demo • Research/ Future Projects

  16. Research

  17. Potential Solutions

  18. Final Solutions

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