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Structural members having enhanced load bearing capacity per unit mass include a skeleton structure formed from strips of material. Notches may be placed on the strips and a weave of tensile material placed in the notches and woven around the skeleton structure. At least one pair of structural membe

Structural members having enhanced load bearing capacity per unit mass include a skeleton structure formed from strips of material. Notches may be placed on the strips and a weave of tensile material placed in the notches and woven around the skeleton structure. At least one pair of structural members can be jointed together to provide very strong joints due to a weave patterns of tensile material, such as Kevlar, that distributes stress throughout the structure, preventing stress from concentrating in one area. Methods of manufacturing such structural members include molding material into skeletons of desired cross section using a matrix of molding segments. Total catastrophic failures in composite materials are substantially avoided and the strength to weight ratio of structures can be increased.

대표청구항 ▼

1. A jointed structure comprising at least two structural members and one or more joint components, each structural member being an energy-absorbing structural member having an enhanced load bearing capacity per unit mass, each structural member comprising: strips of a compression material formed in

1. A jointed structure comprising at least two structural members and one or more joint components, each structural member being an energy-absorbing structural member having an enhanced load bearing capacity per unit mass, each structural member comprising: strips of a compression material formed into a skeleton; spaced notches placed on a side of the strips of compression material; and a tensile material which is woven around the skeleton in a weave and placed in the notches; wherein said at least two structural members are joined together by said one or more joint components; wherein an end of one of the structural members is joined to an end of the other of the structural members, wherein the joined structural member ends have complementary profiles and wherein at least one groove formed by adjacent strips of one joined structural member end is substantially aligned with at least one groove formed by adjacent strips of the other joined structural member end; wherein at least one of said one or more joint components comprises a compression resistant member fixedly seated in and joining the substantially aligned grooves together; and wherein the compression resistant member is set in at least one inside corner formed by the structural member end grooves being joined together. 2. The jointed structure of claim 1 wherein the compression material is carbon fiber. 3. The jointed structure of claim 1 wherein the tensile material is aramid fibers. 4. The jointed structure of claim 1 further comprising an embedded core of internal strands of thermoset liquid crystalline polyoxazole. 5. The jointed structure of claim 1 wherein a pattern of the weave varies in accordance with structural needs. 6. The jointed structure of claim 1 further comprising a coating over the structure. 7. The jointed structure of claim 6 wherein the coating is UV-resistant. 8. The jointed structure of claim 7 wherein the coating contains metal. 9. The jointed structure of claim 1 wherein a pattern of the weave is configured such that, when said structural member is broken in use, said weave keeps the broken structural member tethered together and total catastrophic failure is prevented. 10. The jointed structure of claim 1, wherein said compression resistant member is set in a resin in said at least one corner. 11. The jointed structure of claim 1, wherein said at least one joint component comprises tensile material woven or whipped around said the joined structural member ends. 12. The jointed structure of claim 11, wherein said tensile material woven or whipped around the joined structural member ends is set in a resin. 13. A jointed structure comprising at least two structural members and one or more joint components, each structural member being an energy-absorbing structural member having an enhanced load bearing capacity per unit mass, each structural member comprising: strips of a compression material formed into a skeleton; spaced notches placed on a side of the strips of compression material; and a tensile material which is woven around the skeleton in a weave and placed in the notches; wherein said at least two structural members are joined together by said one or more joint components; wherein said at least one joint component comprises a profiled connecting plate covering a pair of adjoining sides of said joined structural members and a plurality of fasteners fastening the connecting plate to each of the adjoining sides; and wherein each of said fasteners comprise a first component and a second component, said fastener second component being retained in a groove formed between adjacent strips extending along the adjoining side of the structural member, and said fastener first component mated to said fastener second component. 14. The jointed structure of claim 13, wherein the fastener second component[s] and the groove[s] have complementary profiles, wherein the fastener second component is retained seated in the groove[s] by the weave covering the groove[s] and wherein the plate covers the weave. 15. The jointed structure of claim 14, each fastener first component comprising a threaded screw or bolt, wherein each fastener second component comprises a corresponding threaded nut, and wherein each screw or bolt is received in a respective through hole formed in the plate and screwed or bolted to the corresponding threaded nut captured in the groove by the weave such that the plate connects the pair of adjoining sides of the structural members together. 16. The jointed structure of claim 13, wherein the compression material is carbon fiber. 17. The jointed structure of claim 13, wherein the tensile material is aramid fibers. 18. The jointed structure of claim 13, further comprising an embedded core of internal strands of thermoset liquid crystalline polyoxazole. 19. The jointed structure of claim 13 wherein a pattern of the weave varies in accordance with structural needs. 20. The jointed structure of claim 13 further comprising a coating over the structure.