Increasing safety and reducing costs in shipbuilding

Shipbuilding

Zaliv Ship Design has a wealth of experience in collaborating with leading shipbuilding companies and design bureaus. Their unique modeling technology allows customers to develop safer as well as more economical ships and vessels with superior performance. The company's range of tools are equally suited to the design of a wide variety of vessels and ships, from small pleasure yachts to supertankers and the latest aircraft carriers. They help shipbuilders solve complex engineering challenges associated with minimizing environmental risks from navigational stresses (structural, hydrodynamic, dynamic, thermal and fatigue) and protection against surface and underwater weapons in military and national security projects.

Ensuring safe navigation through modeling

Modeling of collisions, fluid oscillations, counter wave impacts, and underwater explosions combined with noise, vibration and structural strength calculations, and heating and cooling analysis enables the design of safer ships, vessels, and robust offshore structures, and plays an important role in antenna design. Designers and engineers need to ensure designs meet high industry and national regulatory requirements. In addition, they need to gather and organize useful information and streamline the design process. These are very challenging tasks, but they can be accomplished through expert services, as well as by implementing automation technologies and adapting solutions to different unique requirements.

Reduce total cost of ownership

Global competition is forcing shipbuilders to develop new, faster, and more efficient design and certification procedures, which will reduce lead to shorter lead times and lower costs. In order to remain competitive in the global market, shipbuilders are looking for ways to reduce construction and life-cycle costs of their designs. Zaliv Ship Design offers industry-leading design optimization techniques, including Computational Fluid Dynamics (CFD) to achieve higher levels of design excellence and lower construction and operating costs by reducing material consumption.