Numerical ship hydrodynamics. An Assessment of the Tokyo 2015 Workshop/Численная гидродинамика судов. Оценка семинара в Токио 2015 г.

Издание на английском языке.
Abstract The Tokyo 2015 Workshop on CFD in Hydrodynamics was the seventh in a series started in 1980. The purpose of the Workshops is to regularly assess the state of the art in Numerical Hydrodynamics and to provide guidelines for further developments in the area. The 2015 Workshop offered 16 test cases for three ship hulls. A total of 36 participating groups of CFD specialists submitted their computed results during the fall of 2015. The results were compiled by the organizers and discussed at a meeting in Tokyo in December 2015. In this chapter the background and development of the Workshops since the start are presented. The three hulls used in the 2015 Workshop are introduced and the computations requested from the participants are specified. Based on a questionnaire sent to all participants the details of their CFD methods are listed, and finally the general conclusions from each chapter and recommendations for future Workshops are presented. The detailed results of the computations are discussed in subsequent Chapters.

Contents
Introduction, Conclusions and Recommendations. Takanori Hino, Nobuyuki Hirata, Frederick Stern, Lars Larsson, Michel Visonneau, and Jin Kim
Experimental Data for JBC Resistance, Sinkage, Trim, Self-Propulsion Factors, Longitudinal Wave Cut and Detailed Flow with and without an Energy Saving Circular Duct. Nobuyuki Hirata, Hiroshi Kobayashi, Takanori Hino, Yasuyuki Toda, Moustafa Abdel-Maksoud, and Frederick Stern
Experimental Data for KCS Resistance, Sinkage, Trim, and Self-propulsion. Jin Kim
Experimental Data for KCS Added Resistance and ONRT Free Running Course Keeping/Speed Loss in Head and Oblique Waves. Yugo Sanada, Claus Simonsen, Janne Otzen, Hamid Sadat-Hosseini, Yasuyuki Toda, and Frederick Stern
Evaluation of Resistance, Sinkage, Trim and Wave Pattern Predictions for JBC. Lars Larsson
Analysis of the Local Flow around JBC. Michel Visonneau
Evaluation of Self-propulsion and Energy Saving Device Performance Predictions for JBC. Takanori Hino
Evaluation of Resistance, Sinkage, Trim and Self-propulsion Predictions for KCS. Jin Kim
Assessment of CFD for KCS Added Resistance and for ONRT Course Keeping/Speed Loss in Regular Head and Oblique Waves. Frederick Stern, Hamid Sadat-Hosseini, Timur Dogan, Matteo Diez, Dong Hwan Kim, Sungtek Park, and Yugo Sanada