FSAE – Status Update 2 FSAE 2014.

Slides:



Advertisements
Similar presentations
Tuning plan for my AE104.
Advertisements

Sooner Racing Team September 10 th 2012 Systems Breakdown & Design Opportunities.
Formula 1 Group Members: Quinn Collett Steve Godlewski Tobiah Halter Jeff Swanson Academic Advisor: Dr. Chien Wern June 4, 2003.
Wheel Alignment CASTER.
Team UDFSAE: Suspension Group
Chris McHugh Randy Fulcher
Nick Twombly Nathaniel Tyler Michael Haeuber Ng Kay Chong Matthew Haeuber Brian Watters Azim Nasser.
Analysis of Spark Ignition Engine Management System
LS E Motorsports Formula SAE (Team Name and Logo Subject to Change)
Case Study Continued. Steering Consideration To design the steering system we must consider the 3-Dimensional geometry of the system.
Ackerman Steering Theory
Drivetrain and Chassis. Overview.
Ashley Wyatt Xavier Thompson Matt Galles Bobby Costen Chris McHugh Randy Fulcher ODU FSAE Car.
ODU Formula SAE MAE 435 Midterm Report
ODU Formula SAE MAE 435 Final Report 4/23/13. Introduction Charles Pearson The 2013 Michigan FSAE Competition Competition Scoring: Static Events o Design.
Mike Menos, Michael Caicedo, & Jean-Pierre Sorondo EML 4551 Ethics and Design Project Organization FIU Department of Mechanical & Materials Engineering.
HPC Impacts Automotive Aerodynamics Computational Fluid Dynamics HPC demands Kevin Golsch Aerodynamics – Energy Center 1 October 2010.
Dynamic Traction Control By: Thiago Avila, Mike Sinclair & Jeffrey McLarty.
Auburn Formula SAE Collegiate Design Competition.
© 2012 Delmar, Cengage Learning Wheel Alignment Service Chapter 68.
Suspension Design Part 1
Ashley Wyatt Xavier Thompson Matt Galles Bobby Costen Chris McHugh Randy Fulcher ODU FSAE Car.
Ashley Wyatt Xavier Thompson Matt Galles Bobby Costen Chris McHugh Randy Fulcher ODU FSAE Car.
FSAE Instrumentation Presentation Bret Isbell Al Mukmin Paul Otto Miguel Roncal Jud Ryckman Walter Thorn.
SAE BAJA. It is a college competition to provide SAE student members with a challenging project that involves the planning and manufacturing tasks found.
Project Status Update R09220 – Competitive FSAE Autosports Systems Aaron Heyman (IE) Shijo George (ME) Stephanie Malinowski (ME) Alex Sandy (ME) Greg Wall.
Recruitment Info Session January 26 th, Agenda 2 The Team Our Goal Technical Organization Timeline Recruiting and Expectations.
Group 9A: Jerry Dutreuil Joshua Guerra Matt Grywalski William Mehnert.
What FSAE is?? It is an organisation that carries out student automotive racing competitions around the world. FSAE racing competitions take place every.
FLORIDA INSTITUTE OF TECHNOLOGY COLLEGE OF ENGINEERING
SVT Oregon State University Solar Vehicle Team OSU Solar Vehicle Team.
Oregon State University Solar Vehicle Team
PSU Formula SAE Team: Advised by: Jim Carlin Dr. Turcic Dallas Cutler
Old dominion university formula sae
Active Suspension System. Suspension Systems Conventional suspension system Conventional suspension system Active suspension system Active suspension.
FSAE Instrumentation 1/27/09 Ryan Gunn John Lee Dan Van Winkle Ali Yilmaz.
Mechanical Engineering Department
AERONAMICS ON CAR ( F1 CAR )
MAE 435 Progress Report 2/19/13. MAE 435W Facebook/twitter Shop clean-up Marketing meetings Engineering/club open houses Printed and reviewed rule book.
ODU Formula SAE MAE 435 Midterm Report.
Aerodynamics cars By: Paiman Parmaei. What does aerodynamic means? Aerodynamics is the study of moving gases (in this case air) over a body in motion,
Frame & Suspension Chris Redding Jeremiah Roche Marcello Forehand William Elizalde Aero/Body Work Randy Carnell Adam Halpert Pedals & Controls Blake Webster.
University of Alabama Formula SAE 2005 ME490 Senior Design Status March 2 nd, 2005.
Michigan Technological University Bill GieldaMax Farrell Development and Implementation of Flex Fuel Technology of a 2014 Yamaha Phazer 500.
MAE 435 Progress Report Team: Formula SAE Due Date: 2/8/2016 Advisors: Dr. Bawab; Nathan Luetke Presenter: Ryan P.
Hayate. Hayate Design Innovation Chassis Fairing Three-wheeled “stable” vehicle Rigid space truss frame design Efficient Drivetrain Fairing Extensive.
Ben Gruenzner Nick Hanson Aaron Pilger Dustin Kalhoff Chris Kost Jason Kuenzli Justin Moe Scott Rector Mike Schmitz Jamie Schlachter Ryan Schommer Ryan.
WyoBaja 2011 SAE Mini Baja Competition Team Leader Suspension Frame
FSAE Engine Management System Adolfo Pereira Donald Zucaro Lee McDade Jeremy Belge Sun-Jet Liu Marcin Trelinski Advisor: Dr. Alan Nye Sponsor: FSAE Formula.
By : Rohini H M USN : 2VX11LVS19.  This system includes sensors for measuring vehicle speed; steering input; relative displacement of the wheel assembly.
Lightweight Fuel Efficient Engine Package. Team Members Evan See, ME Chris Jones, ME John Scanlon, ME Stanley Fofano, EE Taylor Hattori, ME Brittany Borella,
MAE 494/598 Group 3: Fabian Gadau Lucas Jaramillo Myrtle Lin Bryce Thompson Racetrack Optimization.
BDS Auto Care Expertise Convenience Reliability One Stop Servicing For All Your Automotive Needs.
FORMULA SAE ELECTRIC. CONCEPT OF THE COMPETITION To provide students the opportunity to enhance their engineering design and project management skills.
Review Exam #5 Electrical, Steering, Suspension, Brakes, Tires
University of Wisconsin - Platteville 2017 Clean Snowmobile Team
Mini Baja Suspension Design
MAE 435 Progress Report 28 March 2016
Advanced Suspension Technologies Used in Cars
THE AUTOMOBILE.
Validation through Instrumentation
Project Status Update R09220 – Competitive FSAE Autosports Systems
Chapter 1 Introduction.
Engine & Drivetrain Frame Controls Wheels & Tires Suspension
Suspension System and its application in Racing Cars
UNH FSAE Electronics Jeff Cahill.
UNH Precision Racing Data Acquisition, Telemetry and Analysis
MAE 435 Progress Report II 4/2/13.
Suspension Systems - 2 Topics covered in this presentation:
CLASS® Compressible Liquid Adaptive Suspension System
Presentation transcript:

FSAE – Status Update 2 FSAE 2014

Rolling Chassis 1/5 The intake, exhaust, drivetrain, fuel, and cooling systems have been installed. Preliminary engine testing is good. Further tuning will be done on the dynamometer. FSAE 2014

Rolling Chassis 2/5 The intake has been fabricated and installed and the team is planning on testing several varieties of restrictors with a CFD program to find the best flow for our needs. FSAE 2014

Rolling Chassis 3/5 The electrical system has been wired to a temporary terminal board to allow testing. When we receive the MoTec display we will wire the ECU and HMI up to a main junction box. FSAE 2014

Rolling Chassis 4/5 Road Testing Has begun in preparation for the Pungo Auto Cross on April 13th. This next month will give the team needed time to adjust engine tune, handling stability and endurance performance to prepare for the Michigan race. FSAE 2014

Rolling Chassis 5/5 Aerodynamic Analysis: Utilizing the Computational Fluid Dynamics program COMSOL, with the SolidWorks Model, analysis is being conducted in order to maximize down force and minimize drag. FSAE 2014 6

Testing Need to examine the following: Turn Radius Fuel Consumption Driver Controls Braking Acceleration Cornering (understeer/oversteer) Center of Gravity FSAE 2014

Work To Be Completed The body panels will be fabricated and analysis with the CFD program COMSOL will provide estimated performance data. The MoTec display will be installed along with data acquisition sensors to provide performance feedback. The suspension system will to be optimized for caster, camber, toe and ride height during testing. The most important: Representing ODU at the Formula SAE Michigan competition on May 14th! FSAE 2014

Updated 3-29-14 FSAE 2014

FSAE 2014