Advancements in Computer Aided Engineering which allow prediction by modelling and simulation of thermodynamic processes, structural integrity, production processes as well as operation and maintenance, have created significant benefits in reducing engine development time and improving product qualities. This results in not only a more competitive product right from the introduction, but also in increased mechanical reliability and availability through its service life. This paper presents the development process of a new 900 - 1000 rpm marine diesel engine, the 'C'-type, developed by Rolls-Royce Marine, Engines-Bergen, in a joint programme with Hyundai Heavy Industries of the new product, the requirements for a short, high-quality development program as well as a description of some analytical tools used in the project. Further, some practical experience is discussed with reference to the selected design procedures and analytical methods, and some examples from the design validation are presented. Finally, the customer benefits of the new engine are outlined and some preliminary performance results are given.
Some experiences with modern design and development methods in the creation of a new Bergen-Hyundai medium speed marine diesel engines series
2001
16 Seiten, 7 Bilder, 1 Tabelle, 4 Quellen
Aufsatz (Konferenz)
Datenträger
Englisch
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