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Modified contoured crushable structural members and methods for making the same are described. The contoured structural members comprise composite or metal materials sandwiching a support or stabilizing structure. The structural members are made crushable by incorporating an initiator into the struc

Modified contoured crushable structural members and methods for making the same are described. The contoured structural members comprise composite or metal materials sandwiching a support or stabilizing structure. The structural members are made crushable by incorporating an initiator into the structural members. The structural member crushes at the location of the initiator by absorbing the energy of an exerting load. The modified structure is provided by attaching additional structural components or elements to the end or outside of the structural member or by modifying the shape of the structural member. With a modified, contoured, crushable, and generally non-flat structure, applications and uses for the structural members of the present invention are nearly limitless.

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1. A contoured structural member, comprising:an inner section containing a continuous plurality of contoured layers comprising a composite material or a metal-containing material; an outer section containing a continuous plurality of contoured layers comprising a composite material or a metal-contai

1. A contoured structural member, comprising:an inner section containing a continuous plurality of contoured layers comprising a composite material or a metal-containing material; an outer section containing a continuous plurality of contoured layers comprising a composite material or a metal-containing material; at least one intermediate layer having a honeycomb core structure connecting the inner section and the outer section; and a structural component. 2. The structural member of claim 1, wherein the structural member has a closed configuration.3. The structural member of claim 1, wherein the inner section contains both a layer of a composite material and a layer of a metal-containing material.4. The structural member of claim 1, wherein the outer section contains both a layer of a composite material and a layer of a metal-containing material.5. The structural member of claim 1, wherein the metal-containing material is a metal alloy.6. The structural member of claim 1, further comprising at least one initiator.7. A contoured structural member, comprising:an inner section containing a continuous plurality of contoured layers comprising a composite material or a metal-containing material; an outer section containing a continuous plurality of contoured layers comprising a composite material or a metal-containing material; at least one intermediate layer having a honeycomb core structure connecting the inner section and the outer section; and a structural component. 8. The structural member of claim 7, wherein the inner section contains both a layer of a composite material and a layer of a metal-containing material.9. The structural member of claim 7, wherein the inner section contains both a layer of a composite material and a layer of a metal-containing material.10. The structural member of claim 7, wherein the shape of the structural member allows the structural member to be a component of a vehicle.11. The structural member of claim 7, further comprising at least one initiator.12. The structural member of claim 1, wherein the composite material is a reinforced resin matrix material.13. The structural member of claim 7, wherein the composite material is a reinforced resin matrix material.14. The structural member of claim 1 or 7, wherein both the inner section and the outer section comprise a composite material.15. The structural member of claim 1 or 7, wherein both the inner section and the outer section comprise a metal-containing material.16. The structural member of claim 1 or 7, wherein the structural component comprises a bracket, fastener, coupler, cap, or the like.17. A contoured structural member, comprising:an inner section containing a continuous plurality of contoured layers comprising a composite material or a metal-containing material; an outer section containing a continuous plurality of contoured layers comprising a composite material or a metal-containing material; at least one intermediate layer having a honeycomb structure connecting the inner section and the outer section; and a structural component. 18. A closed, contoured structural member, comprising:an inner section containing a continuous plurality of contoured layers comprising a composite material or a metal-containing material; an outer section containing a continuous plurality of contoured layers comprising a composite material or a metal-containing material; at least one intermediate layer having a honeycomb structure connecting the inner section and the outer section; and a structural component. 19. A contoured structural member, comprising:an inner section containing a continuous plurality of contoured layers comprising a composite material or a metal-containing material; an outer section containing a continuous plurality of contoured layers comprising a composite material or a metal-containing material; at least one intermediate layer having a honeycomb structure being substantially contiguous with the inner section and the outer section; and a structural component. 20. A method for making a contoured structural member, comprising:providing an inner section containing a continuous plurality of contoured layers comprising a composite material or a metal-containing material; roll wrapping at least one intermediate layer over the inner section, the at least one intermediate layer having a honeycomb core structure; providing an outer section over the at least one intermediate layer, the outer section containing a continuous plurality of contoured layers comprising a composite material or a metal-containing material; connecting the inner and outer sections to the at least one intermediate layer; and attaching a structural component. 21. The method of claim 20, including providing the inner section by roll wrapping the inner section over a substrate.22. The method of claim 21, including providing the outer section by roll wrapping the outer section over the at least one intermediate layer.23. The method of claim 22, further including removing the substrate.24. The method of claim 23, including partially or completely filling the interior created by removing the substrate.25. The method of claim 24, further including constraining the outer section when connecting the inner and outer sections to the at least one intermediate layer prior to removing the substrate.26. The method of claim 25, including constraining the outer section by roll wrapping at least one layer of a shrink-wrap material over the outer section.27. The method of claim 26, including removing the at least one layer of the shrink-wrap material after the reaction.28. The method of claim 26, further including providing at least one pressure distributor over the outer section.29. The method of claim 28, including providing a plurality of layers of shrink-wrap material with the at least one pressure distributor between two of said layers.30. A method for making a contoured structural member, comprising:roll wrapping an inner section containing a plurality of contoured layers comprising a composite material or a metal-containing material over a substrate; roll wrapping at least one intermediate layer over the inner section, the at least one intermediate layer having a honeycomb core structure; roll wrapping an outer section over the at least one intermediate layer, the outer section containing a plurality of contoured layers comprising a composite material or a metal-containing material; connecting the inner and outer sections to the at least one intermediate layer; removing the substrate; and attaching a structural component. 31. The method of claim 30, the structural member further comprising at least one initiator.32. A method for making a contoured structural member, comprising:roll wrapping an inner section containing a plurality of contoured layers comprising a composite material or a metal-containing material over a substrate; roll wrapping at least one intermediate layer over the inner section, the at least one intermediate layer having a ribbed structure; and roll wrapping an outer section over the at least one intermediate layer, the outer section containing a plurality of contoured layers comprising a composite material or a metal-containing material; constraining the outer section with a shrink-wrap material; connecting the inner and outer sections to the at least one intermediate layer; removing the shrink-wrap material and the substrate; and attaching a structural component. 33. A contoured structural member made by the method comprising:providing an inner section containing a continuous plurality of contoured layers comprising a composite material or a metal-containing material; roll wrapping at least one intermediate layer over the inner section, the at least one intermediate layer having a honeycomb core structure; providing an outer section over the at least one intermediate layer, the outer section containing a continuous plurality of contoured layers comprising a composite material or a metal-containing material; connecting the inner and outer sections to the at least one intermediate layer; and attaching a structural component. 34. A contoured structural member made by the method comprising:roll wrapping an inner section containing a plurality of contoured layers comprising a composite material or a metal-containing material over a substrate; roll wrapping at least one intermediate layer over the inner section, the at least one intermediate layer having a honeycomb core structure; roll wrapping an outer section over the at least one intermediate layer, the outer section containing a plurality of contoured layers comprising a composite material or a metal-containing material; connecting the inner and outer sections to the at least one intermediate layer; removing the substrate; and attaching a structural component. 35. A contoured structural member made by the method comprising:roll wrapping an inner section containing a plurality of contoured layers comprising a composite material or a metal-containing material over a substrate; roll wrapping at least one intermediate layer over the inner section, the at least one intermediate layer having a honeycomb core structure; and roll wrapping an outer section over the at least one intermediate layer, the outer section containing a plurality of contoured layers comprising a composite material or a metal-containing material; constraining the outer section with a shrink-wrap material; connecting the inner and outer sections to the at least one intermediate layer; removing the shrink-wrap material and the substrate; and attaching a structural component. 36. A contoured structural member, comprising:an inner section containing a continuous plurality of contoured layers comprising a composite material; an outer section containing a continuous plurality of contoured layers comprising a composite material; at least one intermediate layer having a ribbed structure connecting the inner section and the outer section; and a structural component. 37. A method for making a contoured structural member, comprising:providing an inner section containing a continuous plurality of contoured layers comprising a composite material; roll wrapping at least one intermediate layer over the inner section, the at least one intermediate layer having a ribbed structure; providing an outer section over the at least one intermediate layer, the outer section containing a continuous plurality of contoured layers comprising a composite material; connecting the inner and outer sections to the at least one intermediate layer; and attaching a structural component. 38. A contoured structural member made by the method comprising:providing an inner section containing a continuous plurality of contoured layers comprising a composite material; roll wrapping at least one intermediate layer over the inner section, the at least one intermediate layer having a ribbed structure; providing an outer section over the at least one intermediate layer, the outer section containing a continuous plurality of contoured layers comprising a composite material; connecting the inner and outer sections to the at least one intermediate layer; and attaching a structural component.