Ice tank experiments done to investigate the interaction of a highly skewed
propeller with ice are described. An introduction to propeller-ice interac
tion, the test setup, and the main results from the work are presented. The
test matrix was designed to investigate the effect of variations in ice cu
t depth and advance ratio on Propeller shaft thrust and torque. The results
are discussed in terms of design strength requirements for highly skewed p
ropellers operating in ice.