CV Lattes
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Universidade de São Paulo (USP). Escola Politécnica (EP) (Institutional affiliation from the last research proposal) Birthplace: Brazil
graduation at Engenharia Mecânica from Universidade Estadual de Maringá (2009), master's at Mechanical Engineering from Universidade Estadual de Campinas (2011) and doctorate at Engineering from Universidade Estadual de Campinas (2015). Has experience in Mechanical Engineering, acting on the following subjects: topology optimization, otimização topológica, fluid-structure interaction, beso method and interação fluido-estrutura. (Source: Lattes Curriculum)
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Structural topology optimization faces serious challenges when applied to fluid-structure interaction problems. We propose to develop base research for topology optimization of these problems with applications to important engineering systems, such as bridges under flow-induced vibration. The core product of this research is to produce a three dimensional (3D) topology optimization framew…
This Young Investigator Awards fellowship will provide focus and innovation for optimization of structures in the offshore industry. The fellowship will enable this to be achieved by providing time and critical mass to build new expertise in multiphysics topology optimization with design-dependent loads. Methods based on explicitly defined boundaries (level set and discrete design variabl…
The conservative approach to structural design in Naval Architecture, while prioritizingsafety and reliability, often results in a high carbon footprint due to the excessive use ofmaterials and energy-intensive construction methods. This research aims to develop a novelapproach for designing lighter and more sustainable ship structures using topology optimiza-tion. Naval structures have c…
Topology optimization is a design tool that allows the construction of non-intuitive geometries,cost reduction due to material savings and a significant increase of strength in structures design. This tool has been applied extensively in academic and industrial environments, but limited to simplified structural loads. In this context, our knowledge of the design domain in importantmultiph…
The discussions on pollutant gases and the use of non-renewable sources have led to the shift on the investments of the energy industry to sustainable alternatives, such as the offshore wind turbines (OWTs). The rising investments seen overseas is also expected to take place in Brazil in the very near future, and it becomes essential that this process is supported by academic research tha…
Structural optimization methods - such as Topology Optimization (TO) - are often used in different areas and types of structures. Despite the large potential, structural TO is rarely applied in ship design. In this context, this scientific initiation project aims to explore the potential of the TO method to reduce the overall weight of maritime vessels. This project is part of a Young Inv…
Nuclear fusion can be a zero-carbon energy source and it has been considered scientifically viable. There are a few national projects that aim to incorporate this technology in the country. For instance, the Brazilian Navy is currently designing and producing its own nuclear-powered submarine. In this context, this scientific initiation project aims to study and simulate a Tokamak, the sy…
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The growing demand for sustainable energy sources has significantly propelled wind energy development as a viable and environmentally friendly alternative. Despite significant advancements in this sector over the past few years, little attention has been directed towards the advancement and innovation of its foundations and support structures, which are pivotal for ensuring the reliabilit…
Structural optimization methods - such as Topology Optimization (TO) - are often used in different areas and types of structures. Despite the large potential, structural TO is rarely applied in foundations design. In this context, this project approaches a new concept of optimization for foundations design via TO. The multimaterial approach (soil-structure) will be adopted in order to inc…
The main objective of this project is the development of a software application to analyze and design multiphysics systems with fluid-structure interaction. It is intended to develop a methodology of evolutionary optimization associated with the Finite Element Method in structural, fluidic and acoustic coupled problems. The aim is to obtain a numerical tool for topology optimization of fl…
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| 21 / 21 | All research grants and scholarships |
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