| Author(s) |
ODN# |
Paper Title |
| M. Stök, Y. Cheng, A. Lohrengel |
ODN 1014 |
Geometrical and mechanical considerations for the outer plastic coating of wire ropes on multilayer spooling |
| M.N. Amin, M. Meleddu |
ODN 1015 |
New approach to monitor ropeways vibration-related condition |
| N. Imbimbo |
ODN 1016 |
How to define the minimum number of suspension ropes in elevators and improvement strategies for in service performances |
| S. Hecht, D. Fischer, R. Schulz |
ODN 1017 |
Determination and comparison of the cut resistance of different fibre ropes |
| S. Varcin, M. Fournier, J.-M. Teissier |
ODN 1018 |
A 500 m length test stand for analysis and characterization of elastic behavior of fiber and wire ropes |
| F. Stegmaier, J. Keller, R. Schulz |
ODN 1019 |
Investigation of new criteria for discard detection of fibre ropes for safe operation |
| O. Allan, T. Mishra, M.B. de Rooij |
ODN 1020 |
Effect of rope twist and strand twist on the contact pressure between strands in Aramid fiber three-strand ropes |
| H. Knoester, B. Cornelissen |
ODN 1021 |
Assessing creep behavior of para-aramid fibers during their economic lifetime |
| E. Huntley, M. Huntley |
ODN 1022 |
Fatigue analysis of nylon and polyester rope |
| C. Bonetti, A. Bell, M. Costa, D. Zanetti, J. Karedan, J. Churchfield, K. Bineklioglu, P. Wang |
ODN 1023 |
Non-destructive examination technology for fibre ropes based on advanced vision equipment and algorithms |
| R. Eisinger, J. Görres, J. Keller, J. Guter |
ODN 1024 |
New ways of evaluation of damage to wire ropes by combining different non-destructive rope testing methods |
| M. Weiss, B. Vaurigaud, J.-F. Cherrier, R. Piednoir, S. Contardo |
ODN 1025 |
Evaluation of magnetic rope testing methods, example of the “Half Coil” method |
| R. Chaplin |
ODN 1026 |
Discard criteria: A review |
| M. Anders, T. Schmidt |
ODN 1027 |
Improving lifetime estimation for wire ropes with the Leipzig method |
| L. Lombardi |
ODN 1028 |
Comparison of rope fatigue life using two different test methods |
| M. Elig, Y. Bae |
ODN 1029 |
The influence of the position and number of steel and plastic sheaves on the service life and lifetime of wire ropes: A comparative bending fatigue study |
| R. Craig, T. Varnava |
ODN 1030 |
Experiences using a synthetic fibre rope on a subsea construction vessel |
| J. Ji, Y. Wang, T. Jiang, Z. Zhu |
ODN 1031 |
Research and development of high-performance fibre ropes for high-altitude wind power generation |
| M. Meuwissen, R. Bosman, M. Vlasblom, M. Eijssen, S. Leite, S. Bull, O. Haugland, V. Ahjem |
ODN 1032 |
Bending lifetime prediction method for HMPE rope solutions |
| P. Wang, H. Schultheis, A. Eelbode, J. Karedan |
ODN 1033 |
Development of steel-fibre hybrid ropes and the application in mining hoist systems |
| P. Freddi, L. Solazzi, G. Donzella |
ODN 1034 |
Effect of re-lubrication in extending service life of steel wire ropes |
| S. Montalvo, M. Martinez, S. Fouvry |
ODN 1035 |
Effect of zinc coating and grease on the fretting fatigue life of steel wires used in spiral steel ropes |
| W. Frick, R. Schulz |
ODN 1036 |
On the influence of the quasi-static deformation behavior of a wire rope on its fatigue performance |
| U. Briem |
ODN 1037 |
Dynamic behavior of moving tail ropes |
| M. Martinez, M. Guiton |
ODN 1038 |
Experimental validation of detailed finite element models of steel wire ropes |
| L. Martinelli, F. Foti, M. Meleddu, M.N. Amin |
ODN 1039 |
Analytical model and its implementation in the steel wire rope industry |
