By Zlatan Stojkovic
This textbooks demonstrates the applying of software program instruments in fixing a sequence of difficulties from the sector of designing strength process constructions and structures. It comprises 4 chapters:
The first bankruptcy leads the reader via the entire stages priceless within the systems of desktop aided modeling and simulation. It courses in the course of the complicated difficulties providing at the foundation of 11 unique examples.
The moment bankruptcy provides software of software program instruments in energy procedure calculations of strength platforms apparatus 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 advance of graphical documentation of an influence structures.
In the fourth bankruptcy, the appliance of software program instruments within the venture administration in energy platforms is mentioned. right here, the emphasis is wear the normal software program MS Excel and MS Project.
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This textbooks demonstrates the appliance of software program instruments in fixing a sequence of difficulties from the sphere of designing strength procedure buildings and structures. It comprises 4 chapters: the 1st bankruptcy leads the reader via the entire levels priceless within the strategies of desktop aided modeling and simulation.
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Additional info for Computer- Aided Design in Power Engineering: Application of Software Tools
6. Methodology of computer-aided modeling and simulation 47 Fig. 12 - Approximated wave shape of voltage response of an actual grounding grid as a result of the Heaviside function an actual grounding grid according to Fig. 12. This kind of voltage response can be achieved by injecting a impulse current in the form of the Heaviside function into the RL circuit provided in Fig. 10b. 32) where Im = 1 kA represents the amplitude of the impulse current in the form of the Heaviside function. 35) u(t) t→∞ t=0 48 1.
Solving nonlinear equations: • Newton-Raphson method, secant method, interval bisection method, gradient method. – Solving system of ordinary diﬀerential equations: • quasinumeric methods (Taylor method, Picard method, small parameter method), Runge-Kutta methods, multistep methods (predictor-corrector formulas). – Integration: • Newton-Cotes formulas, explicite formulas, Romberg method, Hermite integration, Chebyshev method, summary formulas. – Interpolation: • polinomial interpolation, cubic spline, multidimensional interpolation.
15 displays an equivalent circuit formed using the program ATPDrawTM for Windows. Fig. 2 MATLAB programming language MATLAB technical computing software is a software tool for solving mathematical problems, analyzing data and visualization [17, 40, 41]. This tool integrates numerical analysis, matrix calculation, data processing and graphical display. It is characterized by its ability to solve all mathematical problems. The advantage of this software tool is in its simple expression of mathematical problems and solutions as they are written in mathematics, by which traditional programming is avoided.