@mastersthesis{10902/33198,
year = {2024},
month = {6},
url = {https://hdl.handle.net/10902/33198},
abstract = {The main objective of this Master’s Thesis is the evaluation of radiation patterns of different antenna array configurations by means of an in-house developed graphical user interface. As inputs, the user will freely introduce a set of fundamental parameters such as relative distance, local distribution and for example the canonical radiating element to be employed as single unit. To achieve this objective, one must understand the properties of the radiation patterns of the antennas and comprehend the effects of the interaction of different numbers of antennas. Based on theoretical foundations, it is necessary to delve into the mathematical modeling of phased arrays. Since various array configurations will be designed at the simulation level, they will be computationally modeled based on the results from the simulation environment. The results obtained with the application perfetely match those obtained with full wave commercial solvers such CST Microwave Studio, validating the developed methodology and solver performance. The conclusions focus on the similarity of the radiation patterns obtained in the simulation environ- ment and the computational model prior to the interface design, and the easy access and usability of the application by the users},
title = {Desarrollo de una aplicación para la evaluación de patrón de radiación dinámico en agrupaciones de antenas},
author = {Garayo Crespo, Mariola},
}