Svrha ovog rada jest pokazati uspješnost primjene sustavnodinamičkoga simulacijskog modeliranja (System Dynamics Modelling – Jay Forrester – MIT [1]) pri istraživanju dinamike ponašanja brodskoga parnog kotla, a sam rad dio je istraživanja pri izradbi magistarskog rada studenta Srđana Dvornika, dipl. ing. s Pomorskog fakulteta u Splitu.
U ovom će se radu predstaviti učinkovita primjena znanstvenih metoda istraživanja složenih dinamičkih sustava pod nazivom kvalitativna i kvantitativna simulacijska metodologija Sustavne dinamike, koja će omogućiti izradu i uporabu većeg broja i vrsta simulacijskih modela promatranoga realiteta, te konačno omogućiti kontinuiranu kompjutorsku simulaciju, što će znatno pridonijeti stjecanju novih spoznaja o nelinearnoj prirodi dinamike ponašanja brodskih parnih kotlova u procesu dizajniranja i edukacije.
Brodski parni kotao bit će predstavljen u POWERSIM simulacijskom jeziku, i to mentalno–verbalnim, strukturnim i matematičko–kompjutorskim modelima.The goal of this paper is to show a successful application of a system dynamics simulation modelling – Jay Forrester – MIT on investigation of the dynamics of the behavior of steam boiler, and the paper itself is a part of the research accompanying Master of Science Thesis carried out by Srđan Dvornik, B. Sc., Maritime Faculty, Split.
This paper will show efficient application of scientific methods of research of complex dynamic systems called quality and quantity simulation methodology of system dynamics which will enable us to make and apply various types of simulation models of the reality which was observed, and finally to enable continuous computer simulation which will considerably contribute to our acquiring of new knowledge about non – linear nature of dynamics of ship\u27s steam boilers in the process of design and education.
Vessel\u27s steam boiler will be represented in POWERS simulation language by means of mental – verbal, structural and mathematics – computer models
