Ship Design: Methodologies of Preliminary Design/Проектирование судов: методологии предварительного проектирования

Издание на английском языке
This publication covers the fundamentals of ship design and the development of their key technical characteristics. The book covers the selection of dimensions, calculation of displacement, capacity, stability, trim, freeboard, and power plant, as well as hull forms, ship drawings, and plans. Separate coverage includes the selection of mechanisms, propellers, and rudders, construction cost assessment, design optimization, emergency stability, and digital technologies in shipbuilding.

Content
1. General on Ship Design
1.1. Conventional and Advanced Marine Vehicles
1.2. Maritime Transport - Transport Efficiency and Environmental Impact
1.3. Introduction to Ship Design
References
2. Selection of Main Dimensions and Determination of Basic Ship Design Values
2.1. Preliminary Estimation of Displacement
2.2. Selection of the Main Dimensions and Form Coefficients
2.3. Selection of Length
2.4. Slenderness Coefficient L/V1/3
2.5. Selection of Other Main Dimensions
2.6. Selection of Beam
2.7. Selection of the Side Depth
2.8. Selection of the Draft
2.9. Selection of Hull Form Coefficients
2.10. Selection of Block Coefficient CB and Prismatic Coefficient CP
2.11. Midship Section Coefficient CM
2.12. Waterplane Area Coefficient CWP
2.13. Determination of the Main Dimensions Through the Ship Design Equation
2.14. Preliminary Estimation of Propulsive Power
2.15. Estimation of Ship Weights
2.16. Verification of Displacement
2.17. Verification of Holds' Capacity
2.18. Verification of Stability and Trim
2.19. Freeboard and Sheer
References
3. Ship's Hull Form
3.1. Distribution of Displacement
3.2. Form of Waterlines
3.3. Form of Sections
3.4. Form of Bow
3.5. Form of Stern
References
4. Naval Architectural Drawings and Plans
4.1. General
4.2. Ship Lines Plan
4.3. Introduction to the Development of Ship Lines Plan
4.4. Design Based on Data of Systematic Ship Hull Form Series
4.5. General Arrangement Plan
4.6. Capacity Plan
References
5. Machinery Installation, Propulsion and Steering Devices
5.1. General Criteria
5.2. Selection of Main Machinery
5.3. Selection of Propeller
5.4. Selection of Rudder
References
6. Estimation of Building Cost
6.1. Statement of the Ship Design Optimization Problem
6.2. Building Cost Analysis
6.3. Cost of Built/Processed Steel
6.4. Cost of Machinery and Propulsive Installation
6.5. Accommodation/Equipment/Outfitting Cost
References
Appendix A: Diagrams of Regression Analysis of Basic Design Values for Merchant Ships
Appendix B: Systematic Hull Form - Model Series
Appendix C: Determination of Ship's Displacement with the Relational Method of Normand
Appendix D: Historical Evolution of Shipbuilding
Appendix E: Subdivision and Damage Stability of Ships - Historical Developments and the Way Ahead
Appendix F: Holistic Ship Design Optimization
Appendix G: Ship Design in the Era of Digital Transition - A State-of-the-Art Report
Index