1. 7/30/2015
Raheim R Binnie
Product Development BIW Structures
Graduation date: December 2017
Mechanical Engineering Undergraduate
Project Overview
2. 27/30/2015
Grosse Pointe North High School
TV Series Binge Watcher
Chapter President, NSBE
First Official Internship
Leadership Development: “If ‘Plan A’ didn’t work stay cool!”
PERSONAL BACKGROUND
BIW Structures
4. 47/30/2015
Primary Project Objective: Joint Stiffness
Design Improvements
• Stiff body joints are crucial to utilize the full
strength of the connecting pillars.
• Weak joints cost time, money and often
add weight to the vehicle (CAFÉ)
Establish joint stiffness targets for WN
and WS with the use of WK geometry.
Enhance understanding of the joint
stiffness methodology.
Benchmarking Competing Joints.
Crash Testing Context Projects.
WK PROJECT BACKGROUND & GOALS
BIW Structures
5. 5
Tool Overview:
• Current tool is an Altair HyperWorks
template which seeks to automate most
of the joint FEA process.
• HyperWorks works-pre and post
processor used to build, analyze and
review.
• The new Hyperworks suite has been
released.
Allows for use of NX geometry.
Compatible with weld and
adhesive weld files.
PRIMARY PROJECT TOOL
7/30/2015BIW Structures
6. 67/30/2015
ANALYSIS PROCEDURE?
• Process Summary:
Import and convert geometry to
Finite Elements Analysis.
Update criteria and parameter
standards to reflect the “real world”
joint.
Perform manual (no templates) FEA
on all WK BIW joints to capture
baseline and note changes in
efficiency.
BIW Structures
7. 77/30/2015BIW Structures
Extracted and organized
stiffness of individual WK BIW
joints for next generation
targeting.
Upper B-Pillar Geometry
Improvements upwards of
200% in Stiffness.
RESULTS & IMPROVEMENTS
1
23
4
8. 87/30/2015
Lead NVH joint testing of WK and
competitive Joint (Cadillac CTS and the
BMW) Analysis.
Collaborate with NVH, Metrology and
Sheet-metal Labs for validation and
oversight.
Correlate test to FEA Analysis model
Recommendations:
● Consider implications behind
benchmarking.
BENCHMARKED STIFFNESS STUDIES
BIW Structures
10. 107/30/2015
Learn various FMVSS, NCAP, and IIHS test
setups and scoring criteria.
● The IIHS is an independent, nonprofit
scientific and educational organization
dedicated to reducing the losses — deaths,
injuries and property damage — from crashes
on the nation's roads.
Participate in component and full vehicle
impact test.
● Pickups and SUVs generally are heavier than
cars, so occupant deaths in SUVs and
pickups are less likely to occur in multiple-
vehicle crashes – Vehicle Light-weighting.
IIHS IMPACT & DURABILITY TESTING
BIW Structures
11. 117/30/2015
Participate in various vehicle level impact
tests.
Developing understanding
crashworthiness of vehicles.
Walk-through vehicle impact best
practices.
Analyze seat-belt pull test results.
Roof crush testing requirements &
details.
VEHICLE IMPACT PROJECT RESULTS
BIW Structures
13. 137/30/2015BIW Structures
Gained appreciation for the tests used to
determine the crashworthiness of FCA vehicles.
Greatly increased understand of plant
environment and importance of the innovations
brought forth by World Class Manufacturing
(WCM).
Finite Element Analysis capabilities associated
with the use of HyperWorks, NX and
TeamCenter.
Professional Wherewithal necessary to design
and develop effective presentation and
technical communications.
KEY TAKEAWAYS
14. 147/30/2015
THE FUTURE
Community & Diversity Advancement
Programs.
Chrysler Leadership Development Program.
The chance to learn about managing people.
Round out my education.
The skillsets necessary to become a leader in
an emerging field.
A holistic perspective over both the
engineering and business world.
Global Engineering Leader and Influencer.
We must continue embracing change and
taking on risk and adventure. –Sergio
Marchionne
BIW Structures
Hi my name is Raheim Binnie and I am a product development engineering intern this summer, working in the BIW (Body-In-White) Structures group!
Today with presentation I hope to share with you a few of the awesome project that I was able to lead during my internship here at FCA this summer.
After I’m finished you would all have learned a lot about the pretty cool ways that I was able to contribute to what I believe to be one of the most important aspect of a vehicle.
Main points. Briefly, what are the main points you plan to cover in your presentation?
So throughout this presentation I would like to share with you a little background pertaining to my specific project goals and objectives, talk about how I made I contribution and a few details about my personal future.
So a little bit about me, I actually spent a little time and graduated from Grosse Pointe North High School, I’m an avid binge TV watcher, my favorite show is actually “SUITS” on USA Network! I’m really big on leadership which is evident by the current role as chapter president for the National Society of Black Engineers, “NES-BEE” for short, and this also bring me to the next item you see up there which is (Say the Quote); what’s significant about this quote is that it speaks to very important point which I know is heavily reverberated through FCA and that points things don’t always go as planned so, however if we understand that truly matters is an ability to not only manage situations, but manage time as well, then eventually success will be attained.
Really quickly before I delve into the more technical aspect of my presentation I wanna share a little fact that shows why I love my internship so much!
So I spent the last 11 weeks or so working in the BIW structures group as I mentioned before. (Why the group is important and how it ties into safety and efficiency)
Which my brings me to my project area, one in which time and situation management is extremely important!
Optimize total vehicle performance!
So to begin a joint is defined as begin an intersection point of the various beams and rail of a body shell, think of the human body which has a number of joints that serves a very important purpose, whether we think about it or not without our joints on our body allow us to perform work from a large scale kinematic perspective. The way our analysis actually works is a specific leg is selected to be constrained and a load is applied to another leg. The numbers that you are currently looking at depicts the naming convention that is adopt throughout the body structures group.
Change hyperworks screen shots!!!!!
Talk about the software more!!!
There are actually 2 types of test, static and dynamic. The static testing is perform with the HyperWorks Altair tools, while the dynamic testing is real world and performed in the NVH (Noise Vibration Harness) Lab. The dynamic testing is design to be a replica or a validation of static testing results.
Label joint
Show the actual correlations!
One example of the 5 joints that I analyzed!
Expand upon one specific joint!!!
Strain energy relate to the stiffness measurements of the joint!
At the end of the day what’s most crucial are American lives. One of the really interesting and exciting characteristic that I have picked up on during my time here is that there is so much going on at any given moment.
Talk about what IIHS basically means!!!!!!!
Improving light-weight, improving NVH (Makes our car more enjoyable to drive), Durability-What does this for the company essentially!
IPhone are causing, driving drift over the center which usually results in clipping an obect- This is what drove the test!!
Front end of car for impact!
Establishes safety guidelines.
While there are a number of test that the vehicle is expected to pass during my project I primarily focused on a few narrow offset impact and roof crush. The narrow offset impact is actually the most difficult test to engineer for. Understand performance during rollover occurrences and occupant protection.
Now what your probably thinking, “An engineering going to Harvard Business School?”
Higher education!
It’s been great guys, Thank you!
Remember pauses!!!
Transition words if we’re ever going back and forth!!!!!