Design / Build / Fly Student Project 10 February 2006.

Slides:

Advertisements

Similar presentations

Aircraft Design Competition Comparison SAE Open SAE Regular SAE Micro AIAA.

Advertisements

NOI MINISTRY OF TRADE AND COMMERCE. DEFINE: LIST INTERNAL STRENGTHS OF THE BUSINESS (Exp: years of experience in the industry)

Bellwork A – 10/19/10 B – 10/20/10 Almost all inventions are taking something that has already been made and making it better. Think of something that.

AIAA National Essay Contest Samantha Infeld AIAA SSTC August 17, 2010.

FLIGHT Case Study #4 “CO2 Airplanes” – FINAL EXAM

Airplane Team Competition Personal Reflection Team Name: By:

College of Engineering and Computer Science Department of Mechanical and Materials Engineering Wright State University Regular Class Aircraft SAE Aero.

Daniel Graves –Project Lead James Reepmeyer – Lead Engineer Brian Smaszcz– Airframe Design Alex Funiciello – Airfoil Design Michael Hardbarger – Control.

Thank You for Joining Us Today! AIAA Educator Academy: Intro to Capstone Events will begin at 2:00EST Don’t Forget! You will need to call in for the audio.

GROUP 1 | Kamal Ahmad, Francesco Buzzetta, Joshua Dixon, David Snyder Mentor: Michael Felix Naval Air Warfare Center: Training Systems Division (NAWCTSD)

Welcome! RHS CHEER CALENDAR January 14, 2015Parent Meeting February 2, 2015Practice #1 5:30-7:00 February 4, 2015Tryout Packet Due February 4, 2015Practice.

Chase Beatty (Team Leader) Brian Martinez (Organizer) Mohammed Ramadan (Financial Officer) Noe Caro (Historian) SAE AERO Chase Beatty.

Team USYD National Aircraft Design-Build-Fly Competition.

Daniel Graves (ME). Open Architecture, Open Source Unmanned Aerial Vehicle for Imaging Systems  Primary Customer: RIT College of Imaging Science ○ Currently.

17 th April 2015 Launch and Training Session - Business Plan.

1 Design Group 2 Kat Donovan - Team Leader Andrew DeBerry Mike Kinder John Mack Jeff Newcamp Andrew Prisbell Nick Schumacher Conceptual Design for AME.

The Forces on an Airplane. Four Main Forces Lift, Weight, Thrust, and Drag.

Team Name Final Presentation Team Members Date Rev

BATTAGLIA MARIO FACCIO PEDRO SALAZAR ANDRES 2015 SAE Aero Design East Competition Faculty Advisor: Dr. Dulikravich.

R I T Team Members: Dan Lester → Team Lead Chris Feuerstein → Lead Engineer/Electrical Lead Mike Schwec → Electrical Support Jacob Hillmon → Electrical.

Team Name Final Presentation Team Members Date. User notes –You may reformat to fit your design but make sure you cover the following points –You may.

UAV UF 118 Night Falcon ONE OF THE ULTIMATE DEFENSE SYSTEMS FROM SURVAILLANCE TO TAKING OUT ANYTHING THAT MOVES.

Christopher Barrett (ME) Daniel Graves (ME). Open Architecture, Open Source Unmanned Aerial Vehicle for Imaging Systems Primary Customer: ○ Currently.

Spanish spelling bee 10 steps to getting started at your school! By Sirlene Capers.

Katie Orona – Lead Brian Senft Katie Trujillo Curtis Amble Kyle Benalil Jack Holloway Jeremiah Duran Brigitte Ek Darien Williams Joe Landavazo Colton Fascitelli.

SAE Aero Design West 2008 Information Session. What is the SAE competition? Who - Undergrad and Grad Students (SAE Members) Competition Components - Design.

New Mexico Space Grant Consortium Student Launch Program Provide annual access to space for student experiments from Spaceport America.

Project Specifications and Scope. Presentation Outline Team Introduction Project Overview Competition Specifications Mission Profile Score Analysis Subsystem.

American Institute of Aeronautics and Astronautics General Meeting Thursday, February 1st, 2006.

SAE AERO Chase Beatty (Team Leader) Brian Martinez (Organizer) Mohammed Ramadan (Financial Officer) Noe Caro (Historian) Chase Beatty.

American Society of Mechanical Engineers. President: John Dimalanta Secretary: Juan Rodriguez Treasurer: Damien Vanderpool Student Senior Advisor: Marianne.

Order of Presentation David – Intro and Fall Review Matt – Testing and Summary of Changes Josiah – Details on New Design Josh – Electrical Hardware Ona.

Team 6: “Soldier Portable UAV” David Neira TJ Worden Matthew Martin Joshua Mellen Ona Okonkwo Josiah Shearon A IR HERCULES 1.

1 Budgeting Finance Committee Student Senate Dylan Kelly, Chair.

Roundtable Global Challenge Jochum Reuter & Pam Scheibenreif.

Case Competitions Murray J. Côté, Ph.D. Associate Professor and Director, MHA Program August 21, 2013.

Group 13 Heavy Lift Cargo Plane Richard-Marc Hernandez Yoosuk Kee Stephen McNulty Jessica Pisano Chi Yan Project Advisor: Siva Thangam.

Order of Presentation David – Intro and Fall Review Matt – Testing and Summary of Changes Josiah – Details on New Design Josh – Electrical Hardware Ona.

ACES Spring 2003 Overview Where are we going? How are we going to get there?

Team Name Final Presentation Team Members Date. User notes –You may reformat to fit your design but make sure you cover the following points –You may.

P15462 – TETHERED WIND ENERGY PLANE Devin Bunce Matthew Kennedy Matthew Maginn Carl Stahoviak Matthew Zebert.

Final Design Team 6 December 2 nd, UAV Team Specializations David Neira – Power & Propulsion Josiah Shearon – Materials Selection & Fabrication.

Aerospace Nuclear Science & Technology Divsion Presentation to the ANS Board of Directors Jeffrey King, ANSTD Treasurer Reno, NVJune 18, 2014.

SCC Tenure Process November 13, Goal: Ensure Faculty Excellence  Faculty excellence supports Shoreline’s vision of being a world-class institution.

Change the United States.  The United States grew from a country with 13 states to a country with 50 states. America changed in other ways too. At first.

ES 100 Micro Air Vehicle Project Montgomery College Professor: Dr. Charles Kung Summer I 2012 Team Members: Andrew Joe Laura Mohammed Nathelie Noella Stephanie.

P07108: METEOR Instrumentation Recovery System. Team Bash Nanayakkara – Project Manager (ISE) Scott Defisher – Fuselage Design (ME) Mike Kochanski – Software.

Section Meeting Presenter’s name: Thomas mirowski Meeting: AIAA Michigan Section Date: 10 November 2015.

Section Meeting Presenter’s name: Thomas mirowski Meeting: AIAA Michigan Section Date: 10 November 2015.

What is Design/Build/Fly?  Each year we:  Design an RC airplane to accomplish a prescribed set of missions  Build our design  Fly the finished aircraft.

ME 440 Aerospace Engineering Fundamentals Hot Topic of the Week.

UPDATE #2.  The predicted altitude was ~9500 feet.  Actual altitude was ~11960 feet.  After investigation the error was found in the simulated weight.

DR1 PF, E, & FTP PDR Prototype Fabrication, Economic and Flight Test Plan Preliminary Design Review October 26, 2000 Presented By: Mark Blanton & Chris.

Joint-University ISACA Case Competition Topic: IoT Risks and Security 13 February – 22 April.

Entry Levels Membership enrollment fee: $35 To become eligible to participate in the Agel pay plan you must place an activation order at one of the following.

Section Meeting Presenter’s name: Thomas mirowski Meeting: AIAA Michigan Section Date: 24 September 2015.

Trinity University Student Branch IEEE Central Texas Section Phase I & II Status Report Jan 24, 2015 San Marcos, TX.

Yaqoub Almounes John Cowan Josh Gomez Michael Medulla Mohammad Qasem

Sae – aero micro capstone

WANT TO WIN PRIZES?! 2nd Annual WVU Maker’s Competition

Sae – aero micro capstone

Advanced Aero Vehicle Group

Conceptual Design Report

AIAA IUPUI Student Branch Annual Callout Meeting

Design/Build/Fly SU DBF

Informational Meeting

SAE Aero East 2017 MAE 435 Mid-Term Progress Presentation

SCHULICH UNMANNED AERIAL VEHICLES

2017 NGALA 4-Man Golf Scramble

ME 280 Lab Final Project Begins March 26th for sections 4 and 5, and March 30th for sections 2 and 3 Due April 21st for sections 4 and 5 and April 22nd.

Presentation transcript:

Design / Build / Fly Student Project 10 February 2006

About the Design/Build/Fly What is the DBF? Students: design an RC airplane to accomplish a prescribed set of missions manufacture their design fly the finished aircraft at the competition Annual competition sponsored by the AIAA Foundation, Cessna, and the Office of Naval Research

About Last Year’s DBF What was the mission? To design an airplane: To carry two, three-pound payloads, both internally and externally on the wingtips Capable of deploying wingtip payloads remotely What were our results? Placed 18th out of 44 universities Earned 10th best report score

DBF 2005: UCLA Team Kamikaze

DBF 2005: She Flies!

48 universities from 5 different countries participating Prizes for the top three teams: 1 st place: $ nd place: $ rd place: $1000 Invitation to present their designs at a conference later this year About This Year’s DBF

This year’s design requirements: Capable of carrying each of the following internally: 48 tennis balls (minimum) Two 2-liter bottles of water (minimum) 4”x 4”x 24” block of wood (maximum) Limited to electric motor systems Constraint of 40 amps per motor Must fit disassembled in a 4’ x 2’ x 1.25’ box

Recent Project News Preliminary design phase completed during winter break About 13 active members Manufacturing labs started two weeks ago Started ordering materials and parts Design report underway

Project Developments Electric motor system selected and ordered Thrust output last year: 5 lbs Expected thrust this year: 7 lbs Uses maximum allowed battery weight (3 lbs) Hotwiring of foam for wings started

Fuselage Design

Cutting wing templates

Hotwiring foam

Ready to hotwire wing section

Looking Ahead DBF Plans Continue sponsorship/donation campaign Finalize design by end of February Complete final airplane by end of winter quarter Flight testing in early April Important Dates Written report due March 7th Competition April 21st through 23rd

Projected Budget Expenses PlannedSpent Materials (Structures)$700- Materials (Electronics)$1000$800 Materials (Large Shipping Boxes)$100- Transportation (Oversized Shipping)$200- Transportation (Airfare)$1200- Transportation (Car Rental)$400- Transportation (Hotel)$180 x 4 nights$720- Total:$4320 Income AIAA Los Angeles Section$750 MAE Department$350 Engineering Alumni$1200 Total:$2500 Remaining Need$1820

Provides a real-world engineering design experience: Opportunity to apply classroom knowledge Learn to create and optimize a design for certain missions Students not only create a design, but also test its actual performance It’s just fun Why DBF?