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COURSE INFORMATION FOR CURRENT SEMESTER/TERM

Teaching Schedule

References/Teaching Materials/
Week Topic Equipment

1 Introduction – Dynamic characteristics of a structure Course Notes and References

2 The time domain and the frequency domain Course Notes and References
Fast Fourier Transform

3 The complex frequency response function Course Notes and References
4 Systems with multiple degrees of freedom Course Notes and References
Frequencies and Mode shapes for undamped systems
Eigenvalues and Eigenvectors.

5 Generalized coordinates, Diagonalization, Principal Coordinates & Course Notes and References
Normal Coordinates

6 Normal-mode response to applied actions Course Notes and References
Duhamel integral

7 Reciprocal theorem for dynamic loads Course Notes and References

8 Damping in multi-degree systems Course Notes and References

9 Damped response to periodic excitation Course Notes and References
10 Relationships between the complex frequency response function Course Notes and References
(FRF) and the modal parameters

11 Measurement techniques FRF modal analysis and operating deflection Course Notes and References
shape analysis

12 Computational FE modal analysis – Case studies Course Notes and References

13 Dynamic design verification – Case studies Course Notes and References

14 Overall Review of the course Course Notes and References

UM-PT01-PK03-BR004(BI)-S04