2024/09/12 by Reuter, Niklas, Panek, Stefan, Kriegesmann, Benedikt +3
#Buckling #Cylindrical shells #Environmental Engineering #Imperfection sensitivity #Probabilistic design #Technology::620: Engineering::620.1: Engineering Mechanics and Materials Science #Technology::624: Civil Engineering
paper · doi:10.15480/882.13281
This paper presents a multitude of experimental results for cylindrical shells under combined loading. The loading is a combination of axial compression and bending moment. These are accompanied with numerical simulations. The load ratio itself is subject to scatter, a direct comparison and application of results for the sizing of shells is not straight forward. Therefore, a new approach is presented, which transfers the results to normalized load factors.