SYSTEMIC APPROACH OF DESIGN
CHARACTERISTICS DETERMINING
OF MULTIFUNCTIONAL SHIPS FOR
FROZEN SEAS

Introduction (2 h 27 m)

Chapter 1. Construction of the multifunctional ships for the freezing seas by the Shipbuilding Industry Development Strategy (3 h 27 m)

Chapter 2. Multifunctional ice–navigating ship as object for determining of characteristics at initial designing stages (3 h 27 m)

Chapter 3. Criteria of ship strength and patency in ice in determining of the design constraints (4 h 43 m)

Chapter 4. Characteristics of ice–navigating ship size and the dependences of design particulars on characteristics (2 h 48 m)

Chapter 5. Criteria for determining of optimal design characteristics of multifunctional ice–navigating ship (3 h 22 m)

Chapter 6. Utility function and it use in composition of design optimality criterion of multifunctional ice–navigating ship (2 h 57 m)

Chapter 7. Factors of optimal values sustainability of the ship characteristics and design particulars (3 h 15 m)

Chapter 8. Characteristics and purpose of the general system, to which the multifunctional ice–navigating ship belongs as subsystem (3 h 55 m)

Chapter 9. Concepts of serial modular shipbuilding yard evaluation in the system of industries links (3 h 56 m)

Chapter 10. Organization of shipbuilding industry, including for construction of multifunctional ice–navigating ships, and the development of training system for the industry (3 h 17 m)

Conclusions (3 h 09 m)

Other program online:
MECHANICAL SYSTEMS CALCULATIONS OF THE MARINE FACILITIES

Key words: ice–navigation ship, ice category, arctic category, icebreaker, multifunctional ship, innovative prototype, serial monotype optimal design, design characteristics, design modernization, functional flexibility, ship particulars, innovative ships, systemic approach, optimization methods, mathematical models, ship performances, economic criterion, objective function, criterion amendment, design constraints, general system, subsystem of ship, present worth, economic effect, utility function, variable characteristics, comparability of options, annual income, operation costs, investments in construction, investments directions, sustainability of optimal characteristics, ship size, optimal size, subsidies constraint, ship size, balance of displacement, increment of displacement, seaworthiness, ice–strake, frame spacing, shell thickness, strength in ice, hydrodynamic resistance, ship propulsion, ship patency in ice, ice–patency criteria, frozen sea, engines installation, shipbuilding enterprise, assembling shipyard, shipbuilding holding, shipbuilding technology, types of facilities, automation of shipbuilding, specialized software, operating system, marine resources, intellectual property, marine regulations, professional training