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Summary Ti 2 AlC and Ti 3 Si 2 C from TAMU Tested & Modeled UM FEM and Aero Model at TAMU Fuzzy Fibers from UDRI ezoresistivity &Damping; Tested & Modeled VT Surrogate Modeling UM SHM Stanford AFOSR-MURI Functionally Graded Hybrid Composites Vascular Layer UICU Materials Structures Accomplishments Developed new material Integrated at multiple scales Integrated with sensor Dynamic Surrogate Structural Model Deliverables Hybrid Composites Surrogate Material Numerical Codes

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Accomplishments Developed new material Integrated at multiple scales Integrated with sensor Dynamic Surrogate Structural Model. Summary. Materials. Ti 2 AlC and Ti 3 Si 2 C from TAMU. Fuzzy Fibers from UDRI. Structures. Tested & Modeled UM. Piezoresistivity &Damping; Tested - PowerPoint PPT Presentation

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Page 1: Summary

Summary

Ti2AlC and Ti3Si2C from TAMU

Tested & Modeled UM

FEM and Aero Model at TAMU

Fuzzy Fibersfrom UDRI

Piezoresistivity &Damping; Tested & Modeled VT

Surrogate Modeling UM

SHM Stanford

AFOSR-MURI

Functionally Graded Hybrid Composites

Vascular LayerUICU

Materials

Structures

Accomplishments• Developed new

material• Integrated at multiple

scales• Integrated with sensor• Dynamic Surrogate

Structural Model

Deliverables• Hybrid Composites• Surrogate Material• Numerical Codes