Lightweight, Portable, Blast-Resistant Barrier

Tension systems proposes to build lightweight, portable, blast-resistant barriers using tensigritic structures that consist of: an inner and outer fabric or film skin; discontinuous compressive members; connective tensile elements of Vectran cordage; proprietary mechanical connectors to attach the skins, compressive and tensile members; and an anchoring system. The size and shape of barrier prototype designs will be derived from an analysis of pertinent threats, and their equivalent size in pounds of TNT. We will use proprietary software to test conceptual barrier prototypes' responses to dynamic and static overpressure of the identified threats. The results of this analysis will be used to determine final barrier materials, size, and shape. Finally, we will prepare all design documentation necessary to build and test prototype barriers in Phase II.