Abstract
In the paper monotonic, cyclic and fatigue data for En295 steel were presented. Subsequently, the experimental results for two-step loading sequence (low-to-high (L—H) loading, and high-to-low (H—L) and three-step loading sequence (L-H-L and H-L-L) were presented. The analysis showed that all loading sequences affects the cumulative damage in En295 steel. In the analysis an energy based cumulative damage hypothesis presented by Golos and Ellyin was applied. The predictions based on the analyzed Golos-Ellyin cumulative damage hypothesis are compared with the obtained data for En295 steel and is found to be in fairly good agreement.
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