ME 4182 Final Presentation Future Crew Technologies Chris Biggers Simon Cole Ray Cortes Chuck DeVane Victor Renteria TeJuan Rowe December 4, 2001.

Slides:



Advertisements
Similar presentations
POWER TOOLS.
Advertisements

Automotive Chassis Systems, 5/e By James D. Halderman Copyright © 2010, 2008, 2004, 2000, 1995 Pearson Education, Inc., Upper Saddle River, NJ All.
The following visuals were only a small part of the entire presentation and are not for distribution.
Utilizes regenerative braking Reduces fuel consumption and emissions Hydraulics have power density Optimal for frequent stop and go driving of large.
Miniature Modular Rack Launcher Combo Senior Design Group 3 Casey Brown Cyril John Keith Kirkpatrick Bryan Rickards.
PROJECT 100. PROJECT 100 DESIGNED TO BE: Cost Effective Compact Strong Simple Light Reliable.
THE TOILET GNOME Kimberly Alberts Brian Lockwood David Lomax John McFaddin David McGinnis Chad Medlin.
Formula High School: Team Del-Tech. Team Del-Tech Left to right: Xao Yang, Rob DeLeers, Bart Amenson, Eric Simon, and Derek Blackman.
PIT Crew Design Concepts By Dan Chapman, Tim Wilson, and Jon Miller December 11, 2002.
Capacitive Electric Load Leveling Systems Conceptual Design Review November 9, 2004 Erin Davis Fred Jessup Benton O’Neil.
E10 – Introduction to Engineering Industrial and Systems Engineering Jacob Tsao, Ph.D., UC Berkeley, 1984 Department of Industrial and Systems Engineering.
Hydraulic Hybrid Vehicles Team Dumpster Divers - Design Review Snapshot March 8, 2005 Team Members: Michael Shurtliff - EE Seneca Bertovich - CompE Michael.
Motor Coupling Design Review The 2004 Idaho Future Truck needs a system to couple the AC induction motor to the power train. + = Motor Future Truck Happy.
Hybrid Fuel Cell Vehicles Followup Bob Thomas, Stephen Ha, Walter Kondratko IIT RET team This material is based upon work supported by the National Science.
Capacitive Electric Load Leveling Systems English 317 Oral Presentation November 29, 2004 Erin Davis Fred Jessup Benton O’Neil.
Automotive Steering, Suspension and Alignment, 5/e By James D. Halderman Copyright © 2010, 2008, 2004, 2000, 1995 Pearson Education, Inc., Upper Saddle.
Electric Cars Driving the Nation to a Cleaner Environment.
Clutch clutch is a mechanism for transmitting rotation, which can be engaged and disengaged. Clutches are useful in devices that have two rotating.
STEERING COLUMNS AND GEARS
PROJECT BIG DUMP.
The Sports Utility Vehicle Anthony Connor. A little about myself.
PARKING BRAKE OPERATION, DIAGNOSIS, AND SERVICE
Engine Conversion from Combustion to Compressed Air.
Electric Vehicle Training Curriculum Course 1: Operating the Chevy Volt.
Interface between the motion system and process heads that allows the system to utilize any arbitrary process head that has been appropriately configured.
RADIATION SOURCE Design Review Dmitry Gudkov BE-BI-ML.
ME4182 Midterm Progress Report Team: Future Crew Technologies Chris Biggers Simon Cole Ray Cortés Chuck DeVane Victor Renteria TeJuan Rowe Professor: Dr.
CHAPTER Fuel Pumps, Lines, and Filters 22 Copyright © 2016 by Pearson Education, Inc. All Rights Reserved ADVANCED ENGINE PERFORMANCE DIAGNOSIS Advanced.
Venture One By: Garret Kisner. Invention Invented for the “Urbanation of America” Characteristics – Fully enclosed two-passenger cabin – Tilts like motorcycle.
Sophisticated Design Automatic Tailgate Final Presentation December 5, 2001 Ted Akiskalos June Doan Tarek Elshazly Maggie Kim David Nimitz Sharon Ramey.
Hybrids :D Jazmine & Malia. PRO'S Hybrids are likely to make use of other technologies, including hydrogen fuel cells and possibly even steam power. Hybrid.
The EPHS = Electrically Powered Hydraulic Steering is familiar from the Lupo FSI. This system is supplied by TRW and by KOYO. The steering system offers.
Solar Panel Concepts Covered: Energy Transfer, Static/Kinetic Friction, Motor and Solar Panel Efficiency. Equations: F= ma, Solar Efficiency = Power Output/
CHAPTER 3 Copyright © 2016 by Pearson Education, Inc. All Rights Reserved Hybrid and Alternative Fuel Vehicles, 4e James D. Halderman HYBRID AND ALTERNATIVE.
Presented By: Jeff Andrews Adrian Simon Jon Brownlow.
ME4182 Progress Report Team: Future Crew Technologies Chris Biggers Simon Cole Chuck Devane Ray Cortes Victor Renteria Tejuan Rowe Professor: Dr. Lipkin.
Thomas Gutierrez Austin Shoemaker Shane Upchurch Ryan Kaysen Joey Miller Kevin Liekweg Final Presentation Mobile Laptop Desk.
1/20/2016Minimizer Confidential1. 21/20/2016Minimizer Confidential.
Copyright ©2009 by Pearson Education, Inc. Upper Saddle River, New Jersey All rights reserved. Hybrid and Alternative Fuel Vehicles James D. Halderman.
Modification of a Wheelchair to Correct for One-Handed Use Joshua C. Nipper Mark M. Wasfy April 05, 2000
A SEMINAR ON REGENERATIVE BRAKING SYSTEM
 Honda has concentrated on the following points  Public safety  Operational in extreme conditions  Improved Miles-per-gallon  Simple refuelling process.
Temperature Test Allows monitoring of temperature changes.
52 CRANKING SYSTEM CRANKING SYSTEM.
Automotive Engines Theory and Servicing
Minimizer Confidential
Automatic Transmissions and Transaxles
Portable DVD Player Vehicle Mount
GLAST Large Area Telescope:
The Fuel Delivery System
Lockheed Martin Additive Manufacturing
Problem The prices of vehicles from the early 80s to now have increased dramatically. Also, the overall size of a vehicle has increased. High prices force.
Hybrid Electric/Hydraulic Vehicles
12.4 NOTES Alternative Fuel Cars
Protective Crane Design
Easycliner (Motorized Version) Assembly Instruction
FIGURE 33-1 A typical fuel tank installation.
Things to Consider While Choosing an Electric Fuel Pump
P08002-Automated Parallel Bars
Chapter 3 Automotive Systems.
Valve Manifold Assembly/Disassembly
HYBRID COOKTOP.
SENIOR DESIGN PROJECT P08455
Additional Upstream Coil Shielding
P14551: Multi-Process 3-D Printer
Team 505: SAE Hybrid Vehicle Battery Box and BMS
Team 505: SAE Hybrid Vehicle: Battery Box and BMS
Automotive Engines Theory and Servicing
Hybrid Electric Vehicles
Sarah Shoemaker 3/20/2008 Structures, Gondola Design, Tanks, CAD Final Slides AAE 450 Spring 2008 Structures.
Presentation transcript:

ME 4182 Final Presentation Future Crew Technologies Chris Biggers Simon Cole Ray Cortes Chuck DeVane Victor Renteria TeJuan Rowe December 4, 2001

Agenda zPresent Objective zConstraints zDesign zSubsystems zConclusion

Future Truck’s Objective zModify a 2002 Ford Explorer to include: yImproving Fuel Efficiency yIntegrating hybrid vehicle technoloy to blend IC engine and electric motor torques yMaintaining customer acceptability & safety

Future Crew’s Objectives zBuild fuel cell support system zReroute fuel lines zinstall fuel pump zBuild a case to hold 28, 12 Volt batteries

Constraints zWeight zSafety zSpace zMaterial zFabrication Time

Design Concept zTo Design a Fuel Cell Support System That: yAllows for quick and easy installation & removal of fuel tank ySecures the fuel cell to the truck fram yProtects the fuel tank against road hazards ySupports the weight of a full fuel tank at 4g’s

Fuel Cell Support System z4 Subsystems: ySupport Cage yU-bracket yP-channel yJack attachment

Cage Description zAluminum Cage zHolds 4 Pins zProvides Reinforcement to Fuel Cell

Support Cage Function: Supports & Lock Fuel Cell

U-Bracket zAluminum bracket zP-channels are mounted inside zTank slides inside the bracket zSupports entire Fuel Cell & Cage zActs as alignment

U-Bracket Function: Supports the P-Channels & Cage

Candy Cane

Double P-Channel

Straight P-Channel

P-Channel Function: Locks Cage Pins into Position Pin Rest A B C D E

P-Channel zFour aluminum channels yDimensions of 3” x 6” x 1.5” y1” Depth of channel zSupport cage pins follow milled path

Jack Attachment

Springs zFlat Compression Spring zSecures tank into P-channels zSupply downward force to hold tank z160 lb force

Fuel Cell Support Assembly

Conclusion zFuel Cell Support System that: yEasy to install & remove yProtect against collision ySupport the weight of a full fuel cell

Questions