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Roller Coaster Desig n

Roller Coaster Desig n. Group C: James Tomashot, Alex Styborski , Roberto Samaniego , Peter Schaaf. Overview. Brainstorming ideas Initial paper design Final design Final test Design problems and solutions. Brainstorming ideas. Double vertical loop

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Roller Coaster Desig n

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  1. Roller Coaster Design Group C: James Tomashot, Alex Styborski, Roberto Samaniego, Peter Schaaf

  2. Overview • Brainstorming ideas • Initial paper design • Final design • Final test • Design problems and solutions

  3. Brainstorming ideas • Double vertical loop • Upward horizontal that went through the double vertical loop • Downward horizontal • Bump • Straight away

  4. Initial design feature list • Double vertical loop • Double horizontal downward • Turn in each direction • Bump • Straight Away • These features were all kept for the final design

  5. Final design feature list • Double vertical loop • Double horizontal loop • Turns in both directions • Bump • Two straight away

  6. Initial paper design calculations • (Insert table from IPD)

  7. Initial paper design other calculations • Minimum velocity at the top of vertical loop #1: V = (gr)1/2 = (9.8*0.06m)1/2 = 0.7668 (m/s) • Actual velocity at the top of vertical loop #1: 2.1445 (m/s) • Minimum velocity at the top of vertical loop #2: V = (gr)1/2= (9.8*0.06m)1/2 = 0.7668 (m/s) • Actual velocity at the top of vertical loop #2: 1.138 (m/s) • Maximum velocity over the bump so no separation with track occurs: V = (gr)1/2 = (9.8*0.0508m)1/2

  8. Final design calculations • (Insert table: in progress)

  9. Final design other calculations • (in progress)

  10. Final test • We received a 103/100 • All three test runs • The last two yielded the same results

  11. Design Problems • Losing to much speed • Horizontal loops

  12. Summary

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