rubber mount / sheet metal / energy absorbing members / energy conservation principle / increased transportation needs / crash energy absorption / energy absorption / Energy dissipation / desirable crash energy management system / distinct energy absorbing sections / energy absorption index / insignificant energy absorption / typical framed car / lightweight passenger car / crash energy management / plastics etc / energy absorption indices / impact energy absorption capacity / individual energy absorption capacity / absorbable energy / energy distribution pattern / poor energy management system / impact energy / energy absorption sequence / valid approximate solution / energy absorbing capacity / energy absorption performance / poor energy absorption pattern / main energy members / energy absorption potential / energy absorbing components / energy management system / overall solution / energy absorption/dissipation properties / desirable energy absorption pattern / energy absorption potentials / energy absorption scheme / drive energy economy / resistance network / vehicle crash energy management system / product manufacturing / energy / /
Organization
Nnamdi Azikiwe University / Department of Mechanical Engineering / /
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