Presented in partnership with: Supported by: Equivalent Mechanical Stiffness (EMS) is the innovative solution that MOTO-MAQLAB-UC3M applies to reduce weight on automotive components while still preserving the original dynamic behavior. Hybrid EMS structures are built using three different materials and manufacturing techniques, with the main components of the final structure being a 3D printed core, a carbon fiber skin and aluminum alloy series 7XXX inserts for mechanical frictional joints, which ultimately lead to a weight savings of 40-60%. Matter/OSRAM Featherweight LED Thermal Management Technology Category: Module Application: Several Production Vehicles Methodology: Unique Design Construction Weight Savings: 30-80% Mass reduction compared to traditional systems
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Presented in partnership with: Supported by:
Equivalent Mechanical Stiffness (EMS) is the innovative solution that MOTO-MAQLAB-UC3M applies to reduce weight on automotive components while still preserving the original dynamic behavior. Hybrid EMS structures are built using three different materials and manufacturing techniques, with the main components of the fi nal structure being a 3D printed core, a carbon fi ber skin and aluminum alloy series 7XXX inserts for mechanical frictional joints, which ultimately lead to a weight savings of 40-60%.
Matter/OSRAMFeatherweight LED Thermal Management Technology
Category:Module
Application:Several Production Vehicles
Methodology:Unique Design Construction
Weight Savings:30-80%Mass reduction compared to traditional systems
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