NARAM 56 Research and Development Presentations
Wednesday, July 30, 2014 Ballroom C-West Convention Center 7:00 pm
10 minute presentation; 5 minutes question/answer
C Division
7:00-7:15 pm Jonathan Dunbar Electron Packing of Polyethylene Parachutes for Improved Deployment
7:15-7:30 pm Chris Flanigan Optimization of Super-Roc Altitude
Models
7:30-7:45 pm Ray King Development of a Reliable Cluster Piston Design
7:45-8:00 pm Jon Stenberg Using Modern Technology in Staging and Ejection
8:00-8:15 pm Tim Van Milligan Development of a New and Simplified Helicopter Rotor Hub
Team Division
8:15-8:30 pm Pod Bay Doors T-201 Thermoformed PETG Parts for Model Rocketry Applications
8:30-8:45 pm Royal Rocketeers T-444 Research and Documentation of the N-1 Russian Moon Rocket
8:45-9:00 pm Team Estes T-645 Best Method of Bonding Shroud Lines to Mylar Parachute Material
9:00-9:15 pm Drei Woebkenbergs T-711 Steerable Free Flight Boost Gliders
9:15-9:30 pm Neutron Fusion T-859 Optimizing Piston Configuration for FAI Events S3A, S6A, and S9A
NARAM 56 Research and Development Presentations
Thursday, July 31, 2014 Ballroom C-West Convention Center 7:30 pm NOTE CHANGE DUE TO BAD WEATHER WEDNESDAY
10 minute presentation; 5 minutes question/answer
A Division
7:30-7:45 pm Alyssa Stenberg Using a Guidance System in Rocket Gliders
7:45-8:00 pm Zackary Stenberg Development of a Model for Set Altitude of 160 Meters
8:00-8:15 pm Allison Van Milligan Finding the Best Gyrocopter Blade Shape and Attachment Slot
8:15-8:30 pm Ashley Van Milligan Comparing a Cluster of Two Parachutes Versus One Parachute
Remaining C-Division Entries—Flight Points Only -- cancelled or adhoc
Optional 5 Minute Presentation (cancelled due to weather on wednesday and schedule adjustment). Show-and-Tell Only, No projected viewgraphs
7:30-7:35 pm Dan Alway One Rocket Rules Them All
7:35-7:40 pm Robert Alway Helicopter Kitbash
7:40-7:45 pm Jim Bassham Paper Fins for Contest Rocketry
7:45-7:50 pm John Buckley Reducing Drag and Weight with a Lightweight Hinge Used for 1/4A HD on Higher-Impulse Models