General Background and Problem Statement Ship hull surface design is one of the key tasks in shipbuilding, directly affecting hydrodynamic performance, manufacturability, and operational characteristics of a vessel. Despite the importance of hull geometry, the automation of its generation and fairing has long remained a challenging engineering problem. With the development of computer-aided design (CAD) systems, various approaches to hull surface modeling have been proposed, based on...

Friends and colleagues, To truly understand whether a software product is right for us, it’s not enough to just look at it — we need to actually work with it. In practice, however, the standard trial period is often not sufficient to form a well-grounded opinion. This is especially true for ship surface modeling software. Such tools require time: to get familiar with the interface, understand the underlying workflow, and develop your own approach. In real working conditions — with ongoing...

Ship design is always a compromise. Between speed and stability, between payload capacity and seakeeping performance, between construction cost and operating expenses. At the heart of this compromise lie the hull lines. Their geometry determines how a vessel interacts with water, and it is precisely here that its economic fate is decided. At the design stage, attention is often focused on direct costs: material prices, labor intensity, and the manufacturing complexity of shaped structures....