By Zlatan Stojkovic
This textbooks demonstrates the appliance of software program instruments in fixing a chain of difficulties from the sector of designing strength approach buildings and platforms. It includes 4 chapters:
The first bankruptcy leads the reader via all of the levels important within the tactics of machine aided modeling and simulation. It courses in the course of the complicated difficulties offering at the foundation of 11 unique examples.
The moment bankruptcy offers program of software program instruments in energy process calculations of strength platforms gear layout. numerous layout instance calculations are performed utilizing engineering criteria like MATLAB, EMTP/ATP, Excel & entry, AutoCAD and Simulink.
The 3rd chapters makes a speciality of the graphical documentation utilizing a set of software program instruments (AutoCAD, EPLAN, SIMARIS SIVACON, SIMARIS layout) which permit the total automation of the improvement of graphical documentation of an influence platforms.
In the fourth bankruptcy, the applying of software program instruments within the undertaking administration in strength structures is mentioned. the following, the emphasis is wear the traditional software program MS Excel and MS Project.
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Extra resources for Computer- Aided Design in Power Engineering: Application of Software Tools
Because this grounding grid is composed of a series of meshes, and each mesh is composed of several linear elements, in the ﬁrst step it is necessary to develop a model of a linear grounding grid (Fig. 5a). In the second step, a grounding grid model is formed which is composed of just one mesh (Fig. 5b). 5c). a) b) c) Fig. 5 – Modular approach to modeling a grounding grid; a) Linear grounding grid, b) Grounding grid composed of one mesh, c) Complex grounding grid composed of m meshes c) Use the iterative process Iterative process implies making repeated attempts following certain modiﬁcations.
11 displays the typical wave shape of the voltage response of an actual grounding grid as a result of the Heaviside function [16, 18, 26]. Two areas can be seen on the diagram displayed in Fig. 11. The ﬁrst area corresponds to the increase of voltage from zero to the maximum value. 6. Methodology of computer-aided modeling and simulation 45 Fig. 10a the moment of injection of the Heaviside function. The second area is characterized by a slower decrease of voltage from the maximum value to the corresponding stationary value.
1, a minimal form of a system of state diﬀerential equations is generated. 13), it is noticed that the ﬁrst and second type in this relation actually present equations which correspond to Kirchhoﬀ’s law for current and Kirchhoﬀ’s law for voltage, respectively. 6. Methodology of computer-aided modeling and simulation 37 b) Develop complex models modularly A modular approach implies the step-by-step expansion of a model. This process enables the transition from simple conﬁgurations to complex conﬁgurations with the most eﬀective elimination of shortcomings which go hand in hand with the modeling of complex systems.