Cadence Computational Fluid Dynamics: Lowering Fuel Consumption Through Robust Design Optimization (RDO) of Ship Propellers | News Direct

Cadence Computational Fluid Dynamics: Lowering Fuel Consumption Through Robust Design Optimization (RDO) of Ship Propellers

News release by Cadence Design Systems

facebook icon linkedin icon twitter icon pinterest icon email icon Northampton, MA | February 24, 2022 11:00 AM Eastern Standard Time

Even the smallest improvement in the design of the propellers can save ship operators millions of dollars across an entire fleet... and make shipping a bit more sustainable. 

Uncertainties embedded in operating conditions such as ship speed and rotational speed of the shaft, or uncertainties in the manufacturing process, which lead to geometrical variations in the propeller shape, can have a significant impact on the final performance of the propellers.

This case describes how Robust Design Optimization enables engineers to create designs that are less sensitive to these uncertainties, resulting in greener shipping and reduced fuel cost.

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