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        A Method of Evaluating the Joint Effectiveness on Contribution to Global Vehicle Performance

        2018-11-01 14:30:00
        LUQIMENG
        Original
        2567
        ? Joint locations
        ? Introduction to stiffness contribution ratio
        ? Introduction to joint effectiveness factor
        ? Application of achieving weight savings while not affecting the joint effectiveness
        ? Application of improving global stiffness with minimal weight increase

        ? Summary of total contribution of adding and removing parts


        The Need to Increase BIW Stiffness
        ? Advancements in steel technologies at AK Steel, along with Ford Motor Company’s BIW optimization techniques, dramatically reduce the steel mass used to meet crash requirements.
        ? Smarter design of the BIW is necessary to increase the body stiffness & joint efficiency.
        ? Current AK Steel AHSS products, along with soon to be launched Next Generation and 3 rd Generation AHSS products, will assist Ford Motor Company in continuing to lead the way for the lightest, most capable vehicles on the road.
        ? Ford Motor company designs are open to all materials in order to achieve light weight designs.
        ? We choose the right material for the right application and right part.


        Conclusion
        ? This joint effectiveness method is valuable in improving the global stiffness performance & minimizing the added weight by reinforcing local joints.
        ? While offering high strength, better formability and crash safety for future vehicles using AK steel new material grades, the stiffness performance will not be compromised.
        ? The global torsion rigidity of this vehicle is improved with minimal mass increase & added stiffness-mass ratio 20



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