Papers by Keyword: Anticorrosion Design

Abstract: A new method that is to model the electric field of a warship with a hybrid model which is “horizontal current line plus discrete dipoles” is put forward. The majority of the electric field is simulated by horizontal current line, and several discrete dipoles can be used to modify the detail of the electric field. This method is expected to have same precision but more stabilization and less calculation. The method is validated by experiments using a physical scale model of ship.

Abstract: In this paper, the mechanism, characteristics and categories about corrosion of offshore engineering equipments are investigated. Some of selected advanced surface engineering techniques for corrosion control are introduced. On account of particularity of oceanic environment and performance requirements for the equipments, the paper proposes corresponding anticorrosion measures for offshore engineering equipments. And as a tentative study on surface engineering management & analysis, the paper presents a scenario of anticorrosion design from the viewpoint of System Engineering, including preparation, storage and conveyance of anticorrosion materials, as well as R&D, operation, and management of anticorrosion facilities. It is expected that advanced surface engineering techniques used in anticorrosion can help offshore engineering equipments with good viabilities, perfect performances, low rate of failure, long life-time and high rate of readiness. Anticorrosion design of offshore engineering equipments is of far reaching importance not only to develop our Advanced Manufacturing Technology facing towards 21st century but also to implement sustainable development of our national economy, as well as to our national economy strength.