A nut retention arrangement comprising: a first nut comprising: a first annular wall defining a first threaded aperture extending along a rotational axis of the nut, the annular wall configured to engage a first threaded fastener via the first threaded aperture; a first flange circumferentially disposed about the first annular wall; and a first retention aperture disposed in the first flange, and wherein the first retention aperture extends through the first flange without breaching the first threaded aperture a second nut comprising: a second annular wall defining a second threaded aperture extending along a rotational axis of the nut, the annular wall configured to engage a second threaded fastener via the second threaded aperture; a second flange circumferentially disposed about the second annular wall; and a second retention aperture disposed in the second flange, and wherein the second retention aperture extends through the second flange without breaching the second threaded aperture; and a tensile member having a first end extending through the first retention aperture and a second end extending through the second retention aperture such that rotation in a direction toward loosening of either the first nut or the second nut causes rotation in a direction toward tightening of the other of the first nut or the second nut. a first nut comprising: a first annular wall defining a first threaded aperture extending along a rotational axis of the nut, the annular wall configured to engage a first threaded fastener via the first threaded aperture; a first flange circumferentially disposed about the first annular wall; and a first retention aperture disposed in the first flange, and wherein the first retention aperture extends through the first flange without breaching the first threaded aperture a first annular wall defining a first threaded aperture extending along a rotational axis of the nut, the annular wall configured to engage a first threaded fastener via the first threaded aperture; a first flange circumferentially disposed about the first annular wall; and a first retention aperture disposed in the first flange, and wherein the first retention aperture extends through the first flange without breaching the first threaded aperture a second nut comprising: a second annular wall defining a second threaded aperture extending along a rotational axis of the nut, the annular wall configured to engage a second threaded fastener via the second threaded aperture; a second flange circumferentially disposed about the second annular wall; and a second retention aperture disposed in the second flange, and wherein the second retention aperture extends through the second flange without breaching the second threaded aperture; and a second annular wall defining a second threaded aperture extending along a rotational axis of the nut, the annular wall configured to engage a second threaded fastener via the second threaded aperture; a second flange circumferentially disposed about the second annular wall; and a second retention aperture disposed in the second flange, and wherein the second retention aperture extends through the second flange without breaching the second threaded aperture; and a tensile member having a first end extending through the first retention aperture and a second end extending through the second retention aperture such that rotation in a direction toward loosening of either the first nut or the second nut causes rotation in a direction toward tightening of the other of the first nut or the second nut.