In terms of technical calculation such as electrical circuit analysis, it may be impossible to obtain solution directly from
algebraic or differential equations. Therefore, we have to employ computer-based numerical analysis. This subject offers how
to use numerical calculation software, solving method of nonlinear equation, numerical integration method, and these applications
for electrical calculations.

- Possible to conduct calculation using a numerical calculation software.
- Possible to explain purpose and solving method of nonlinear equations.
- Possible to explain purpose and solving method of differential equations.
- Possible to apply these method to electrical calculation to obtain solutions..

Class schedule | HW assignments (Including preparation and review of the class.) | Amount of Time Required | |
---|---|---|---|

1. | Outline of the lecture: purpose of the lecture, lecture schedule, how to prepare reports, evaluation. | Confirm syllabus. | 50minutes |

2. | Fundamental of numerical calculation software (1): basic calculation and result organization. | Read whole of the text. | 200minutes |

3. | Fundamental of numerical calculation software (2): matrix etc. calculation. | Understand corresponding description in the text for preparation of report. | 200minutes |

4. | Fundamental of numerical calculation software (3): analysis of transient phenomenon using block diagram. | Understand corresponding description in the text for preparation of report. | 200minutes |

5. | Gauss-Seidel Method: case for 2 variables, convergence condition. | Understand corresponding description in the text for preparation of report. | 200minutes |

6. | Newton-Raphson method: case for 1 variable, definition of gradient, convergence condition. | Understand corresponding description in the text for preparation of report. | 200minutes |

7. | Newton-Raphson method: case for multi-variables, Jacobi matrix, convergence condition. | Understand corresponding description in the text for preparation of report. | 200minutes |

8. | Application of numerical analysis for electrical engineering: solving circuit equation, calculation of complex number. | Understand corresponding description in the text for preparation of report. | 200minutes |

9. | Numerical integration of ordinal differential equation (1): Euler method, transient analysis of LRC circuit. | Understand corresponding description in the text for preparation of report. | 200minutes |

10. | Numerical integration of ordinal differential equation (2): stability analysis of quadratic system. | Understand corresponding description in the text for preparation of report. | 200minutes |

11. | Application of numerical integration for electrical engineering (1): electric field analysis by calculus of finite differences | Understand corresponding description in the text for preparation of report. | 200minutes |

12. | Application of numerical integration for electrical engineering (2): transient analysis of a distributed constant circuit | Understand corresponding description in the text for preparation of report. | 200minutes |

13. | Case study of numerical calculation simulator: examples, applications. | Understand corresponding description in the text for preparation of report. | 200minutes |

14. | Special class by visiting lecturer: application for electro-magnetic analysis. | Understand corresponding description in the text for preparation of report. | 200minutes |

Total. | - | - | 2650minutes |

Reports | Total. | |
---|---|---|

1. | 25% | 25% |

2. | 25% | 25% |

3. | 25% | 25% |

4. | 25% | 25% |

Total. | 100% | - |

Submitting reports relating to the targets is requested. After every lecture, you are subjected to prepare a report including
similar topic to the lecture and program code. You have to submit at next lecture. Final evaluation is based on the average
score of all reports. Satisfaction of 60% understadning of 'goals and objectives' is judged as pass level. Pass is given
if it is greater than 60 points.

- After the lecture and whole day of Thursday.

Room: Toyosu campus 10-Q-32, Phone : +81-3-5859-8206, e-mail : gfujita@sic.shibaura-it.ac.jp

- Course that cultivates an ability for utilizing knowledge

Work experience | Work experience and relevance to the course content if applicable |
---|---|

N/A | N/A |

- 9.INDUSTRY, INNOVATION AND INFRASTRUCTURE
- 12.RESPONSIBLE CONSUMPTION & PRODUCTION

Last modified : Sat Sep 09 05:01:10 JST 2023