Abstract
This paper develops a theory for predicting stress relaxation-time relations for creep in the case of combined stresses based on an assumed constant stress-creep-time relation. The accuracy of the theoretical prediction is checked experimentally by conducting some preliminary creep relaxation tests on thin-walled circular tubes subjected to combined axial tension and torsion. The material tested was an aluminium alloy 3S0 and the experiments were conducted at room temperature.
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