Equilibrium of a non-compressible cable subjected to unilateral constraints
Résumé
More realistic simulation of complex cable structures shall need the introduction of unilateral constraints to predict the global behavior of a whole structure without neglecting the influence of a realistic boundary condition. Indeed systems like ropeways (or belt drives) may exhibit behaviors that are strongly affected by friction at contacting zones between the cable (or belt material) and support (or pulley). This consideration also opens the gate to the study of the interaction between successive spans. Moreover the numerical simulation of these systems remains delicate due to their geometrical non linearity.
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