Titlebook: Mathematical Modeling of Inland Vessel Maneuverability Considering Rudder Hydrodynamics; Jialun Liu Book 2020 Springer Nature Switzerland

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Introduction,ingly important role in logistics (Bureau Voorlichting Binnenvaart, The power of inland navigation: the future of freight transport and inland navigation in Europe 2013–2014, [.]). To maintain and further develop this important role, safe and efficient inland vessels are prerequisites. Inland vessel

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Design and Evaluation of Ship Rudders,duced. Section . gives an introduction of the study on ship rudders. To achieve reasonable results, experiments and simulations of rudders should be carried out at relevant Reynolds numbers and angles of attack, which are discussed in Sect. .. The rudder induced maneuvering forces and moments are af

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Hydrodynamic Characteristics of Ship Rudders,ers, and the spacing between rudders are not considered in the empirical methods for rudder force calculation. To analyze the impacts of the rudder configurations on inland vessel maneuverability, the hydrodynamic characteristics, for instance, lift and drag coefficients, of each configuration need

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A Primer of Inland Vessel Maneuverability,research to inland vessels. These factors relate to the environmental conditions in which inland vessels operate and the particulars of the vessels. Given the fact that seagoing ships and inland vessels are different, Sect. . describes the impact factors to be addressed for inland vessel maneuverabi

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Tests and Criteria for Inland Vessel Maneuverability,hould be considered in test maneuvers and related criteria because improper tests may lead to a wrong judgment of the maneuvering performance in reality. The test maneuvers are designed to evaluate the ship’s capability of accomplishing certain maneuvering behavior, such as turning in a constrained

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,Impacts of Rudder Configurations on Ship Maneuvering Performance, ability as discussed in Chap. .. Howe ver, the existing empirical formulas for the rudder forces do not cover the impacts of the rudder profile, the rudder parameters, and the rudder interaction. Thus, the applied rudder hydrodynamics were calculated through the presented RANS methods in Chap. .. F

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Guidance on Rudder Configurations,n . defines the working conditions of the rudders in practice. Sections ., ., and . offer guidance on the rudder profile, the rudder parameters, and the rudder type of a rudder configuration respectively. Sections . and . give reference values of the rudder impacts on maneuverability and resistance.

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