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SYSTEM DYNAMICS MODELLING OF MATERIAL FLOW OF THE PORT CARGO SYSTEM

机译：港口货物系统材料流量的系统动力学建模

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Simulation Modelling, together with System Dynamics and intensive use of modern digital computer, which mean massive application, today very inexpensive and in the same time very powerful personal computer (PC-a), is one of the most suitable and effective scientific way for investigation of the dynamics behaviour of non-linear and complex: natural, technical and organization systems. The methodology of System Dynamics (Prof dr. J. Forrester - MIT), e.g. relatively new scientific discipline, in former educational and designer practice showed its efficiency in practice as very suitable means for solving the problems of management, of behaviour, of sensibility, of flexibility and sensibility of behaviour dynamics of different systems and processes. System Dynamics Computer Simulation Methodology have been used from 1991 to 2003 for modelling of dynamics behaviour of the large number of non-linear ship electrical, thermo-dynamical, hydraulically, mechanical, pneumatically systems and managerial systems. This methodology is used by students as a material for graduate these, and for realization and publishing the results of scientific research work of professors at High Maritime School and Maritime Faculty Split. The aim of this paper is to show the efficiency of the application of the System Dynamics Simulation Modelling in investigation of behaviors dynamics, one of the Port- Transshipment Systems be presented with mental-verbal, structural and mathematical-computing models, and it will simulate transshipment port working processes.
机译：仿真建模，与系统动力学和密集使用现代数码电脑，这意味着大量应用，今天非常便宜，同时非常强大的个人电脑（PC-A），是最适合的调查的科学方式之一非线性和复杂的动力学行为：自然，技术和组织系统。系统动力学方法（DR。J. Forrester - MIT），例如，J. Forrester - MIT）。在前面的教育和设计师实践中，在前面的教育和设计师实践中表现出效率的效率，作为解决不同系统和流程行为动态的灵活性和灵活性和性感性的灵活性和敏感性的管理。系统动力学计算机仿真方法已从1991年到2003年使用，用于建模大量非线性船舶电气，热动力，液压，机械，气动系统和管理系统的模拟。该方法被学生用作毕业的材料，实现高海事学校和海事学院拆分教授的科研工作结果。本文的目的是展示系统动力学仿真建模在行为动态调查中的应用效率，其中一个端口转运系统呈现出精神上的口头，结构和数学计算模型，它将模拟转运端口工作流程。

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