What is a common consequence of icing in turbine engines?

Icing in turbine engines can significantly affect their performance, primarily leading to diminished engine efficiency. When ice forms on the engine's components, particularly in critical areas like the compressor blades, it disrupts the smooth airflow necessary for optimal engine operation. This disrupted airflow can cause a decline in the engine's ability to produce thrust, as well as an increase in drag, which ultimately results in reduced overall efficiency.

In addition to the impact on performance, icing can also lead to other engine issues such as compressor stall, further compromising thrust and efficiency. Therefore, the effect of ice formation tends to hamper the engine's ability to operate effectively rather than enhance its performance or durability.