climbing equipment / parallel rubber filaments / residual energy / energy-based analysis / energy-based approach / rubber cord / dedicated energy-absorbing device / braided rubber rope / kinetic energy / hysteresis energy loss / stored strain energy / strain energy / potential energy / energy absorbing capacity / bungee jumping equipment / ancillary equipment / inadequate energy absorbing capacity / maximum strain energy / rubber / energy calculations / aeronautical applications / energy-based mechanics analysis / energy / bungee-jumping equipment / analysed using an energy-based approach / /
Organization
British Elastic Rope Sports Association / South Carolina General Assembly / Health and Safety Executive/Local Authorities Enforcement Liaison Committee / British Standards Institution / BUNGEE JUMPING D. R. H. Jones Department of Engineering / United Nations Industrial Development Organization / /
Microsoft Word - DRHJ.GEF.MS.doc