Performance, Technology and Application of High Performance Marine Vessels Volume One
1st Edition
Published on 18. January 2019
819 pages
978-1-5275-2644-0 (ISBN)
Description
There has been tremendous growth in the development of advanced marine vehicles over the last few decades and many of these developments have been presented at the International High Performance Marine Vehicles Conference held annually since 1997 in Shanghai, China. This comprehensive first volume covers high speed monohulls, multihulls, hydrofoil craft, air cavity craft and wing-in-ground effect craft. The papers cover a wide variety of hullforms, including deep-V hulls, stepped hulls, axe-bow hullforms, trimarans and pentamarans, foil assisted catamarans and air-lubrication craft. All aspects of design, including resistance, powering, seakeeping and maneuvering performance of these vessels, are covered through theoretical, experimental and numerical investigations.
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Content
- Intro
- Contents
- Preface by the Editors-in-Chief
- Preface by Trevor Blakeley
- Preface by Guo Da-cheng
- Preface by Huang Ping-tao
- Preface by Zhang Guangqin
- Preface by Zhou Zhen-bo
- Chapter 1: High-Speed Monohull Craft
- 1.1 On the Development of High-Speed Monohull Craft
- 1.2 The Concise Hull-Form Parameters to Estimate a Planing Boat's Resistance (2003)
- 1.3 Development of High-Speed Planing Hull Forms with Consideration of Resistance and Sea-Keeping Performance (2013)
- 1.4 Simulation of Transverse Motion and Dynamic Stability for High- Speed Planing Craft (2001)
- 1.5 Series-Test Research on the Linear Form of Double-Step Planing Boats (2014)
- 1.6 Study on Line Optimization of M-Form Hulls (2014)
- 1.7 The Hull Characteristics and Numerical Simulation without Grids of M-Form Hulls (2013)
- 1.8 A Probe into the Turning Heel of Deep-V Vessels (2000)
- 1.9 Novel Design and Hydrodynamic Optimization of a High-Speed Hull Form (2005)
- 1.10 Model Experimental Investigation on Resistance of Axe Bow Ships (2011)
- 1.11 An Axe Bow Ship of Excellent Sea-Keeping (2012)
- 1.12 Hydrodynamic Analysis of the Performance of Stern Flaps in a Semi-displacement Hull (2003)
- 1.13 Intruder
- 1.14 Estimation of Effect and Size on Ship Interceptors (2014)
- 1.15 Research on Model Tests for a 1,000t Hybrid Monohull with Stern Flap (2013)
- 1.16 Investigation of a Built-Up Appendage Applied to a High-Speed Round Bilge and a Deep-V Hull for Motion Performance Improvement (2014)
- 1.17 Sea-Keeping Research on an Axe Bow Ship with an Appendage (2014)
- Chapter 2: Multihull Ships
- 2.1 Introduction
- 2.2. Calculations of the Resistance, Sea-Keeping Characteristics, and Optimization of High-Speed Trimarans (2006)
- 2.3 On Resistance and Initial Transverse Stability of a High-Speed Transport Trimaran (2012)
- 2.4 An Investigation into the Wave Resistance of High-Speed Trimarans (2003)
- 2.5 Calculation and Analysis of High-Speed Trimaran Maneuvering Motion Based on Potential Flow Theory (2013)
- 2.6 Numerical Analysis of Resistance Characteristics of and Flow Fields around Multihull Ships Based on Overset Grid Techniques (2011)
- 2.7 Research on Asymmetric Outrigger Hull Form Design and Resistance of Trimarans (2014)
- 2.8 Model Testing of Trimaran Resistances and the Semi-planing FPOT (Forward Placed Outrigger Trimaran) Concept
- 2.9 On the Hydrodynamic Characteristics of Trimarans and their Application (2012)
- 2.10 The Practical Design of a 102m Trimaran Ferry for the Taiwan Strait (2010)
- 2.11 High-Speed Multihull Craft for Medium-Distance Marine Transportation (2005)
- 2.12 The Evolution of Advanced SLICE® Technology Adapted to Satisfy the HSC Code and Commercial Requirements (2007)
- Chapter 3: Hydrofoil Craft
- 3.1 Hydrofoil Craft
- 3.2 Single Hydrofoil and Double Hydrofoil Craft
- 3.2.1 Two Kinds of High-Speed Passenger Ship with Bow Hydrofoil (2005)
- 3.2.2 Research on Developing a Fully Submerged, Automatically Controlled, and Waterjet-Driven Hydrofoil Craft, Model PS30 (2000)
- 3.3 Multihull Hydrofoil Craft
- 3.3.1. Development of Modern Hydrofoil-Assisted Multihulls
- 3.3.2. A Brief Introduction to a High-Speed Passenger Craft- Hydrofoil Assisted Catamaran Superfoil 40 (2005)
- 3.3.3 Design and Motion Prediction of a Hybrid Hydrofoil-Assisted Catamaran (2015)
- 3.3.4 Research on a New Type of Tri-hydrofoil Craft (2015)
- 3.4 The Research and Design of Hydrofoil Craft
- 3.4.1. Design of 2D Anti-Cavitation Hydrofoil by SectionReshaping (2012)
- 3.5 Application of Hydrofoil Craft
- 3.5.1. Design of Qinzhou II Fully-TransparentTri-Hydrofoil Sightseeing Tourist Boat (2015)
- Chapter 4: Air Lubrication Craft (ALC) and Air Cavity Craft (ACC)
- 4.1 Introduction to Air Lubrication Craft (ALC) and Air Cavity Craft (ACC)
- 4.2 The Contribution of Russian Inventors to the Development of Artificial Cavity Ships (2002)
- 4.3 Development and Performance of Air Cavity Craft (2004)
- 4.4 Air-Supported-Vessel (ASV) Technology with Improved Capabilities for a Wide Range of Fast Vessels Including Fast Offshore Crew boats and Support Crafts (2015)
- 4.5 Design and Exploitation of a New Air Bubble Navigation-Guide Ship (ACC) (2011)
- 4.6 Air Film (layer) Energy-Saving Technology and Application Tests on Ships (2013)
- 4.7 Mechanism Study of Use of an Artificial Bubble for the Drag Reduction of a High-Speed Boat (ACC) (2010)
- 4.8 An Experimental Investigation to Reduce Drag with the Aid of Air Injection on the Bottom of Planing Hull Craft (2000)
- 4.9 A Test Study on the Resistance Reduction of an Air Bubble Ship (2010)
- 4.10 Numerical Evaluation of the Resistance Reduction Effect for Three-Dimensional High-Speed Air Cavity Craft (2013)
- Chapter 5: Wing in Ground Effect Craft (WIG)
- 5.1 Introduction to Performance, Technology, and Application of Wing in Ground Effect Craft (WIG)
- 5.2 A WIG Craft as a Taiwan Straits Passenger Liner (2010)
- 5.3 Development, Operation, and Experience on the Practical WIG Craft Tianyi-1 (2003)
- 5.4 Design Features of WIG Craft EL-7 Ivolga and Test Results (2006)
- 5.5 Development of Air Cushion Technology-From Static Air Cushion (SAC) to Dynamic Air Cushion Wing in Ground Effect Technology (DACWIG) (2003)
- 5.6 A New Concept in Wing In Surface Effect Ships (2003)
- 5.7 Study on Stability of WIG Craft during Take-off and Landing (2006)
- 5.8 Study on Optimization of Automatic Control Parameters for WIG Craft (Ekranoplan) (2006)
