Introducing Our New Hull Design Methodology
Our team has developed an innovative approach to hull form optimization that combines computational fluid dynamics with parametric modeling techniques.
Research findings, competition reports, team news, and deep dives into the world of naval architecture.
Our team has developed an innovative approach to hull form optimization that combines computational fluid dynamics with parametric modeling techniques.
We are proud to announce our achievements at the IMARE International Maritime Design Competition held in London this year.
As the maritime industry shifts toward decarbonization, our team is exploring green propulsion systems and eco-friendly hull coatings.
A deep dive into the principles of hydrostatic stability and how we apply them when designing small patrol vessels and workboats.
Welcoming our newest cohort of naval architecture students to the Polaris Team family. Learn about their backgrounds and aspirations.
How we used computational fluid dynamics to reduce wave resistance by 12% through iterative bow form optimization.