Welcome to GECKO’s PhD Pitches series, where our Doctoral Candidates present their research objectives, motivations, and ultimate goals in concise and engaging elevator pitches. These presentations serve as insightful glimpses into the innovative projects our DCs are pursuing within the GECKO project. Designed as teaser content, the PhD Pitches aim to ignite interest and foster increased public engagement on both the GECKO website and our social media platforms.
Each pitch encapsulates the essence of the DC’s research journey, highlighting the impact and relevance of their work in bridging the gap between Computer-Aided Design (CAD) and computational models (CAE). Whether you’re a fellow researcher, industry professional, or simply curious about cutting-edge advancements in computational engineering, our PhD Pitches provide a unique opportunity to explore the forefront of isogeometric analysis and its applications.
Join us in discovering the future of computational methodologies through the perspectives of our talented Doctoral Candidates. Watch, share, and engage with their compelling stories and visions for transformative research within the GECKO project.
DC1 – Nicolò Antonelli
Meet DC1 – Nicolò Antonelli, one of the talented Doctoral Candidates in the GECKO project. Nicolò’s research focuses on CFD Techniques for IBRA-Type Discretizations. In his PhD pitch, Nicolò shares his motivations, research objectives, and the potential impact of his work in enhancing the efficiency and accuracy of CFD simulations. Join Nicolò as he explores the intricacies of his innovative research within the GECKO project.
DC2 – Polytimi Zisimopoulou
Meet DC2 – Polytimi Zisimopoulou, one of the skilled Doctoral Candidates in the GECKO project. Polytimi’s research explores the applicability of IBRA-type discretization to challenges in solid mechanics. In her PhD pitch, she delves into the use of IBRA-type discretizations in computational solid mechanics. Follow Polytimi as she navigates the complexities of her groundbreaking research within the GECKO project.
DC3 – Andrea Gorgi
Meet DC3 – Andrea Gorgi, another talented Doctoral Candidate in the GECKO project. Andrea’s research focuses on the use of IBRA-type discretization within implicit contact mechanics, exploring both contact procedures in Isogeometric Analysis (IGA) and the integration of non-linear constitutive models for solids. Through his work, Andrea contributes to enhancing computational methods by implementing these techniques within the open-source Kratos-Multiphysics platform. In his PhD pitch, Andrea shares his motivations, research objectives, and the potential impact of his work in advancing computational mechanics.
DC4 – Juan Ignacio Camarotti
Meet DC4 – Juan Ignacio Camarotti whose research is centered on advancing co-simulation strategies that incorporate IBRA to address complex multi-field problems. His work involves a thorough exploration, development, and systematic evaluation of effective co-simulation approaches. This research includes tackling critical methodological challenges such as implementing robust coupling schemes, ensuring precise data transfer, and designing reliable transfer operators between various discretizations. Through his efforts, Juan aims to push the boundaries of computational co-simulation, ultimately enhancing the accuracy and interoperability of computational models within the GECKO project. In his PhD pitch, Juan discusses his inspirations, research goals, and the significance of his work in refining multi-field simulation techniques.
DC6 – Lucas Venta Viñuela
Meet DC6 – Lucas Venta Viñuela. Lucas’s work focuses on advancing the design of IGA-type discretization workflows, contributing to the development of cutting-edge mathematical tools for immersed IGA. His research explores efficient integration techniques, multipatch coupling strategies, and advanced time-integration methods tailored for both implicit and explicit dynamic problems. Additionally, Lucas investigates phase-field modeling to address phenomena of interest, pushing the boundaries of computational mechanics. Through his efforts, Lucas aims to create robust and versatile workflows that enhance the precision and applicability of IGA methodologies within the GECKO project. In his PhD pitch, Lucas shares his motivations, research goals, and the potential impact of his work in driving innovation in computational analysis and design.