In this paper, we describe a mathematical model and a numerical simulation method for the condenser component of a novel two-phase thermosiphon cooling system for power electronics applications.
Although proper design of arresters by the numerical simulation method is promising, its reliability and accuracy are dependent upon the mathematical model.
Wojtyra et al. [17, 49, 50, 51, 52], proposed several mathematical and simulation methods to find the reactions for which joints can be uniquely determined.
To emphasis the significance of the management on the critical points, quantitative analysis of the crowd gathering process of the disaster were carried out by mathematical model and simulation methods, the results of the two methods are approximately the same.
Twenty-eight methods, ranging from problem structuring methods, conceptual modelling methods, mathematical modelling methods to simulation methods, were identified from a commonly applied method list in the literature and through the iterative discussions between the research team members.
In the end, twenty eight methods were agreed and categorised into four different groups as shown Table 2: five problem structuring methods; eight conceptual modelling methods; seven mathematical modelling methods; eight simulation methods.
The algorithm parts and methods of recognition system are simulated in mathematical simulation programming environment – MATLAB.
We also explain how these mathematical optimization methods relate to simulation methods, to standard health economic analysis techniques, and to the emergent fields of analytics and machine learning.
The main method of hump processes research is currently the method of mathematical simulation of cuts rolling, for the implementation of which the motion differential equations of cuts of different forms are used.
The mathematical simulation is known as a method of managerial decision since the period of the Second World War.
