Method for enhanced fuel cell protection from adjacent damaged components
A method and device for protecting an adjacent rupturable component including positioning a sheet of puncture resistant, flexible material including one or more openings at or about the structure opening wherein the one or more openings accommodate the rupturable component; permanently or semi-permanently attaching the sheet to the structure at a first portion of an area of the sheet; and positioning the rupturable component through the one or more openings, such that one or more portions of the rupturable component near the one or more openings are protected by the sheet if the structure becomes frayed; wherein the sheet prevents damage to the rupturable component if the structure frays or fractures at or about the structure opening.
1. A method for protecting a rupturable component of a rotorcraft adjacent to a composite structural component of the rotorcraft, the structural component having one or more structure openings, comprising:
positioning a sheet of material comprising one or more sheet openings at the one or more structure openings, wherein each of the one or more sheet openings comprise one or more slits in the sheet, and wherein the one or more sheet openings and the one or more structure openings accommodate the rupturable component;
permanently or semi-permanently attaching the sheet to the structural component at a first portion of an area of the sheet; and
positioning the rupturable component through the one or more sheet openings and the one or more structure openings, such that one or more portions of the sheet are deflected into the one or more structure openings, and such that one or more portions of the rupturable component near the one or more sheet openings and the one or more structure openings are protected by the sheet from jagged or frayed edges or flying fragments of the structural component if the structural component fractures at the one or more structure openings.
2. The method of claim 1 , wherein the rupturable component is a fuel cell interconnect, a drain line, a hydraulic line, a soft interconnect, or a feed line.
3. The method of claim 1 , wherein the sheet comprises para-aramid, meta-aramid, nylon, polyethylene, polyethylene terephthalate, or fibers.
4. The method of claim 1 , further comprising providing a grommet, wherein the grommet is configured to be placed in the one or more sheet openings and the one or more structure openings and to receive the rupturable component.
5. A rotorcraft comprising:
a fuselage;
one or more engines coupled to the fuselage;
a composite structural component coupled to the fuselage;
a rupturable component; and
a sheet of material with one or more sheet openings to accommodate the rupturable component being placed through the sheet, wherein each of the one or more sheet openings comprises one or more slits in the sheet;
wherein the sheet has a portion of an area capable of being permanently attached or semi-permanently attached to the structural component, the structural component having one or more structure openings capable of receiving the rupturable component, such that the one or more sheet openings and the one or more structure openings are aligned to accommodate the rupturable component being placed through the one or more sheet openings and the one or more structure openings, such that one or more portions of the sheet are deflected into the one or more structure openings, such that the sheet is capable of protecting the rupturable component from jagged or frayed edges or flying fragments of the structural component if the structural component fractures at the one or more structure openings.
6. The rotorcraft of claim 5 , wherein the rupturable component is a fuel cell interconnect, a drain line, a hydraulic line, a soft interconnect, or a feed line.
7. The rotorcraft of claim 5 , wherein the sheet comprises para-aramid, meta-aramid, nylon, polyethylene, polyethylene terephthalate, or fibers.
8. The rotorcraft of claim 5 , wherein the one or more sheet openings and the one or more structure openings are adapted to receive a grommet, wherein the grommet is adapted to be placed in the one or more sheet openings and the one or more structure openings and to receive the rupturable component.