Architected Energy Dissipation Structures with Tunable Rigid-flexible Behaviors
AI Overview
This RFP seeks architected energy-dissipating materials that combine rigid strength with flexible conformability for enhanced warfighter protection. Teams will design and test tunable structures using geometric arrangements to optimize performance across personal protection, vehicle safety, and electronics shielding applications.
This summary is AI-generated from the official solicitation.
Key Details
Official Description
The DoW requires lightweight protection materials for a variety of applications, including personal protection, vehicle safety, and shielding sensitive electronics. Most protection structures are either a) rigid materials – e.g. metals, ceramics, composites - designed to carry significant mechanical loads and/or blunt kinetic threats, or b) flexible materials – e.g. elastomers, foam structures, structures based on polymeric fibers – intended to compress and/or stretch, are conformable, and effec...
Change History
Informational change · Description
Architected Energy Dissipation Structures with Tunable Rigid-flexible Behaviors
Description information changed.
Informational change · Description
Architected Energy Dissipation Structures with Tunable Rigid-flexible Behaviors
Description information changed.
Informational change · Description
Architected Energy Dissipation Structures with Tunable Rigid-flexible Behaviors
Description information changed.
Informational change · Description
Architected Energy Dissipation Structures with Tunable Rigid-flexible Behaviors
Description information changed.
Informational change · Description
Architected Energy Dissipation Structures with Tunable Rigid-flexible Behaviors
Description information changed.
Informational change · Description
Architected Energy Dissipation Structures with Tunable Rigid-flexible Behaviors
Description information changed.
Informational change · Description
Architected Energy Dissipation Structures with Tunable Rigid-flexible Behaviors
Description information changed.
Informational change · Status
Architected Energy Dissipation Structures with Tunable Rigid-flexible Behaviors
Status changed from status: Pre-Release to status: Open.
Informational change · Description
Architected Energy Dissipation Structures with Tunable Rigid-flexible Behaviors
Description information changed.
Architected Energy Dissipation Structures with Tunable Rigid-flexible Behaviors
New opportunity: Architected Energy Dissipation Structures with Tunable Rigid-flexible Behaviors
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