When modelling systems, many assumptions have to be made. These can lead to erroneous results, affecting accuracy. Determine the likely faults that can arise from the application of simulation techniques. By evaluating modelling methods, discuss these methods and evaluate the data accuracy, both in terms of model development and results analysis.
When modelling systems, many assumptions have to be made. These can lead to erroneous results, affecting accuracy. Determine the likely faults that can arise from the application of simulation techniques. By evaluating modelling methods, discuss these methods and evaluate the data accuracy, both in terms of model development and results analysis.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Simulation Accuracy and Typical Faults
When modelling systems, many assumptions have to be made. These can lead to erroneous results, affecting accuracy. Determine the likely faults that can arise from the application of simulation techniques. By evaluating modelling methods, discuss these methods and evaluate the data accuracy, both in terms of model development and results analysis.
Looking at the CFD model of the electric car in Assignment 3, explore in detail the relevant information from one of the simulations undertaken. By tracing potential faults in the application of the simulation technique undertaken, discuss what these could be and how improvements could be made to improve the model and simulation.
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