Thesis Modelación y simulación computacional para la evaluación no-invasiva de propiedades mecánicas en tejidos blandos mediante elastografía
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Date
2020-08
Authors
Journal Title
Journal ISSN
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Program
DEPARTAMENTO DE INGENIERÍA MECÁNICA. INGENIERÍA CIVIL MECÁNICA
Campus
Campus San Joaquín, Santiago
Abstract
Dentro de la amplia variedad de métodos de diagnósticos médicos, es importante destacar aquellos que sean más precisos y menos invasivos para las personas que requieran someterse a estos. La Elastografía es una alternativa a lo anterior, trabajando con parámetros de rigidez, los cuales derivan de las deformaciones que sufre el tejido ante vibraciones controladas. El caso de estudio busca involucrarse en estos temas de diagnóstico no invasivo para promover su implementación, dando a conocer su utilidad y que pueda inspirar a desarrollar mejores alternativas, puesto que la problemática actual es que, para poder detectar cuerpos anómalos en un tejido sano, muchas veces los métodos de diagnósticos clínicos implican una alta inversión y pueden resultar complejos e invasivos.
The wide variety of medical diagnostic methods, it is important to highlight those that are more accurate and less invasive for people who need to undergo these medical diagnostic methods. Elastography is an alternative to this, working with stiffness parameters, derived from deformations in the tissue under controlled vibrations. The case of study seeks to get involved in these non-invasive diagnostic issues to promote their implementation, making known their usefulness and that may inspire the development of better alternatives, since the current problem is that, in order to detect abnormal bodies in healthy tissue, Clinical diagnostic methods often involve a high investment and can be complex and invasive.
The wide variety of medical diagnostic methods, it is important to highlight those that are more accurate and less invasive for people who need to undergo these medical diagnostic methods. Elastography is an alternative to this, working with stiffness parameters, derived from deformations in the tissue under controlled vibrations. The case of study seeks to get involved in these non-invasive diagnostic issues to promote their implementation, making known their usefulness and that may inspire the development of better alternatives, since the current problem is that, in order to detect abnormal bodies in healthy tissue, Clinical diagnostic methods often involve a high investment and can be complex and invasive.
Description
Keywords
DIAGNOSTICO MEDICO, METODO DE ELEMENTO FINITO, SIMULACION CON COMPUTADORES