Loads borne by a tie-in point during ascents and descents on a basal-anchored stationary rope system - ScienceDirect

PDF) Tensile Strength of Ropes and Friction Hitch Used in Tree Climbing Work

From Stephen Attaway for ITRS: Track Lines and Guiding Lines: Forces Based on Point Loads in a Catenary

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Loads borne by a tie-in point during ascents and descents on a basal-anchored stationary rope system

Loads borne by a tie-in point (TIP) during arboricultural climbing operations - ScienceDirect

PDF) Tensile Strength of Ropes and Friction Hitch Used in Tree Climbing Work

Frontiers Design and optimization of buoy mooring with single-point cable for seafloor observatories

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Forces and motion associated with arboricultural climbing - ScienceDirect

Tying Off Your Fall Protection - Metal Construction News

PDF) Tensile Strength of Ropes and Friction Hitch Used in Tree Climbing Work

A comparison between battery-powered and human-powered ascents by a climbing arborist - ScienceDirect

Loads borne by a tie-in point during ascents and descents on a basal-anchored stationary rope system

Appendix 2: Detail of installation on two ropes with two ascenders - Petzl USA