Ships have bulbous bows primarily to improve hydrodynamic performance, which reduces drag and wave-making resistance. This design allows water to flow more smoothly around the hull, minimizing fuel consumption and increasing speed—reported efficiencies can be as high as 12% to 15% compared to vessels without bulbous bows [4][6]. The bulbous bow creates a low-pressure zone that reduces or eliminates bow waves, leading to less energy waste and enabling the ship to move more efficiently [5]. Additionally, it enhances buoyancy at the front of the ship, which decreases pitching motion and increases stability, particularly beneficial for larger vessels or those operating at high speeds [1][3][4]. Other advantages include improved pressure distribution along the hull, and serving as a 'bumper' during collisions, which increases the overall resilience of the ship [5][1].

Overall, the bulbous bow is an integral design feature in modern shipbuilding that promotes greater efficiency, speed, and stability across various vessel types [1][2].

Bulbous Bow: The Prow That Revolutionized Ship Design

Why do ships have bulbous bows?

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