I. Overview Naval Architecture and Ocean Engineering covers a wide range of knowledge, and lays equal stress on both theory and practices. New concepts, new technologies and new methods on naval architecture and ocea...I. Overview Naval Architecture and Ocean Engineering covers a wide range of knowledge, and lays equal stress on both theory and practices. New concepts, new technologies and new methods on naval architecture and ocean engineering are continuously emerging. Since 2009, the international summer school on Naval Architecture, Ocean Engineering and Mechanics have provided a valuable learning and communication opportunity for the students to expand their fields of vision, and have comprehensive understanding of the naval architecture and ocean engineering, have already become a well-known brand in the field of Naval Architecture,展开更多
An overview is provided of CFDShip-Iowa modeling, numerical methods and high performance computing （HPC）, including both current V4.5 and V5.5 and next generation V6. Examples for naval architecture highlight capabi...An overview is provided of CFDShip-Iowa modeling, numerical methods and high performance computing （HPC）, including both current V4.5 and V5.5 and next generation V6. Examples for naval architecture highlight capability and needs. High fidelity V6 simulations for ocean engineering and fundamental physics describe increased resolution for analysis of physics of fluids. Uncertainty quantification research is overviewed as the first step towards development stochastic optimization.展开更多
文摘I. Overview Naval Architecture and Ocean Engineering covers a wide range of knowledge, and lays equal stress on both theory and practices. New concepts, new technologies and new methods on naval architecture and ocean engineering are continuously emerging. Since 2009, the international summer school on Naval Architecture, Ocean Engineering and Mechanics have provided a valuable learning and communication opportunity for the students to expand their fields of vision, and have comprehensive understanding of the naval architecture and ocean engineering, have already become a well-known brand in the field of Naval Architecture,
基金supported by research Grants from the Office of Naval Research (ONR), with Dr. Patrick Purtell, Dr. Ki-Han Kim, Dr. Thomas Fu, Ms. Kelly Cooper, Dr. Roshdy Barsoum, and Dr. Robert Brizzolara as the program managers
文摘An overview is provided of CFDShip-Iowa modeling, numerical methods and high performance computing （HPC）, including both current V4.5 and V5.5 and next generation V6. Examples for naval architecture highlight capability and needs. High fidelity V6 simulations for ocean engineering and fundamental physics describe increased resolution for analysis of physics of fluids. Uncertainty quantification research is overviewed as the first step towards development stochastic optimization.
