Abstract: An energy attenuation device for a system adapted to convey pressurized fluid through tubing of the system, comprising a multi-part conduit section for receiving fluid from, and returning fluid to, the tubing, the conduit section including a central portion, two intermediate portions respectively disposed at opposite ends of the central portion, and two end portions respectively disposed at an end of an intermediate portion remote from the central portion. The central portion has at least one aperture in a peripheral surface and a first diameter that is less than a second diameter of the intermediate portions. The end portions have a third diameter that is less than the second diameter. The end portions are received at least partially in the tubing sections. A hose section is disposed about the central portion and at least part of each intermediate portion.

Abstract: An energy attenuation device for a conduit that is adapted to convey a pressurized fluid therethrough, comprising a hose section disposed about a portion of the conduit, wherein such conduit portion is made of flexible material and is provided with at least one aperture, for example in a surface thereof, and wherein in a non-pressurized state of the conduit, the hose section rests against the portion of the conduit over essentially the entire length of such portion.

Abstract: An energy attenuation device for a conduit that is adapted to convey a pressurized fluid therethrough, comprising a hose section disposed about a portion of the conduit, wherein such conduit portion is provided with at least one aperture, for example in a surface thereof, and wherein in a non-pressurized state of the conduit, the hose section rests against the portion of the conduit over essentially the entire length of such portion.