Faculty of Ocean Engineering and Ship Technology

Wybrane systemy automatyzacji siłowni okrętowych

This course is devoted to the research of operations that occur during the construction and operation of such complex engineering structures as ships, the reflecting of the characteristics of operations in the formulation of optimization problems in ship designing and the mastering of methods for the optimization problems solving.

The course is conditionally divided into two parts.

The first part contains a description of possible formulations and methods for solving optimization design problems. The described optimization methods include linear and nonlinear programming methods, such as the simplex method, gradient methods, methods of evolutionary algorithms, and optimization methods using penalty functions.

The second part is dedicated to introducing into the rapidly developing field of designing ships, called conceptual or research design. This area is initial in the design process of ships. It is intended for the development of technologies for determining the main dimensions and characteristics of ships, which will subsequently provide them with the highest operational efficiency and safety of navigation.

The research technologies discussed in the course are not traditional design technologies that are realized through the use of CAD, CAE, CAM, CFD and CALS/PLM systems. Furthermore, at composition of the cource, these research technologies have been renewal by introduction of product-oriented and system-oriented directions of research. As a result, the considered set of technologies for conceptual design improves this well-known innovation, which not only provides significant savings in time and money at the subsequent stages of design, but also determines a significant positive effect in solving future problems of the conctruction and operation of the ships.

This course is dedicated for student attending on laboratories from the subject "Properties of Ship Hull Materials" 

Kurs wspomagający dla wykładu Teoria Okrętu I prowadzonego na I stopniu, sem. 4, BOiJ, studia niestacjonarne przez dr inż. Janusza Stasiaka

Celem przedmiotu jest przygotowanie studenta do wykorzystania zaawansowanych technik obliczeniowych (MES) w analizie strukturalnej.