
Ramming the Ice: Icebreaker Propulsion
Energy Generation, Fluids, Hull Structure, Propulsion, Propulsion Plant, Propulsion Units, Propulsors, Structural, Transmission and Propulsor SystemsThis beast bares TWO nuclear reactors, with over 60 MW of propulsive power driving through anything in its path! Discover why we need so much power for an icebreaker.

Breaking the Ice: Icebreakers
Hull Structure, Propulsion, Propulsion Units, Propulsors, StructuralHow do icebreakers crack through the ice and come out undamaged? We still use the same techniques from over 50 years ago. Why do they work so well?

How Propulsion Works: Classifying Ship Propulsion
Propulsion, Propulsion Plant, Propulsors, Waterjet PropulsorsNo doubt, the math of propulsion devices is complicated. But it is all the same physics. By dividing each of these devices into their essential tasks, we find new opportunities. New methods of propulsion from different combinations of old tricks. Insight into this continuum allows us to better classify marine propulsion and dissect past successes to search for new combinations.

Ship Model Scaling
Engineering Business, Fluids, Fluids Testing, Propulsion Plant, Propulsor Shrouds and Ducts, Propulsors, Towing Tank, Transmission and Propulsor SystemsIt is impossible to perfectly convert between model scale and ship scale. Learn how to get around the scaling correlation problem.
The Ship Towing Tank
Engineering Business, Fluid Dynamics, Fluids, Fluids Special Methods, Fluids Testing, Propulsion, Propulsion Plant, Propulsion Units, Propulsors, Resistance, Towing TankIt may look like a swimming pool, but towing tanks exist for a different purpose. They are a fundamental tool of ship design.