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| Title | : | Impedance Boundary Conditions on The Optimal Design of the H-Type Cylinder Resonator Using Transmission Matrix Method and Genetic Algorithm |
| Author | : |
R. YOSI APRIAN SARI (1) Prof. Dr. Agung Bambang Setio Utomo, S.U. (2) Prof. Dr. Mitrayana, S.Si., M.Si. (3) Dr. Danang Lelono, S.Si., M.T. (4) |
| Date | : | 28 2022 |
| Keyword | : | optimization,H-type cylinder resonator,impedance boundary conditions, transmission matrix method,genetic algorithm optimization,H-type cylinder resonator,impedance boundary conditions, transmission matrix method,genetic algorithm |
| Abstract | : | Optimization of the H-type cylinder resonator design is very important in order to obtain maximum acoustic wave signal in photoacoustic. Geometrically, this resonator is in the form of three cylinders arranged axis-symmetric where the middle cylinder (resonator) is flanked by two other cylinders (buffer) giving sudden contraction and expansion. Impedance boundary conditions are used to analyze the waves propagating in this resonator. The method used in this optimization is the transmission matrix (TM) method and genetic algorithm (GA), in which the transmission loss (TL) at a certain frequency and quality factor ( ) are treated as optimization objectives for the cell performance, whereas the resonator geometry dimensions are treated as an optimization. |
| Group of Knowledge | : | Fisika |
| Original Language | : | English |
| Level | : | Internasional |
| Status | : |
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Impedance Boundary Conditions on The Optimal Design of the H-Type Cylinder Resonator Using Transmission Matrix Method and Genetic Algorithm.pdf
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