Sónia Isabel Silva Pinto is an accomplished researcher and educator in the fields of Mechanical Engineering, Chemical Engineering, and Applied Mathematics. With a background in Chemical Engineering and extensive expertise in Computational Fluid Dynamics, Numerical Methods, and Biomechanics, she has made significant contributions to both academia and industry. Her research focuses on applying computational techniques to study fluid mechanics, heat transfer, and biomechanical phenomena. As an Assistant Professor at Universidade do Porto, she is dedicated to teaching and mentoring students while actively participating in cutting-edge research projects.
Author Metrics:
As an established researcher, Sónia Pinto’s work is highly regarded, as evidenced by her author metrics. She holds a Ciência ID and an ORCID iD, providing unique identifiers for her scholarly contributions. Her publications are cited frequently, reflecting the impact and relevance of her research in the scientific community.
Scopus Profile
Orcid Profile
her publications have received 202 citations across 137 documents, with a total of 32 documents authored by her. Her h-index, a measure of the impact of her work, stands at 7.
Education:
Sónia Pinto earned her Pre-Bologna Degree in Chemical Engineering from the University of Porto in 2006, graduating with top honors. She pursued further academic endeavors, completing her Ph.D. in Chemical and Biological Engineering at the same institution in 2011, where she investigated new separation hybrid membrane cells. She continued her academic journey with a Post-Doctoral specialization in Mechanical Engineering, focusing on Computational Fluid Dynamics and Biomechanics. In 2018, she furthered her education with a Diploma de Especialização in Engineering Education Theory and Practice.
Research Focus:
Sónia Pinto’s research interests revolve around the application of computational techniques in engineering and biomechanics. Her work primarily involves Computational Fluid Dynamics, Computational Programming, Numerical Methods, and Mathematical Analysis applied to fluid mechanics, heat transfer, and biomechanical systems. She is particularly interested in studying hemodynamics and thermal energy systems, aiming to advance understanding and develop innovative solutions in these areas.
Professional Journey:
Throughout her professional journey, Sónia Pinto has held various academic and research positions. Starting as a Ph.D. student and researcher, she progressed to become a Post-Doctoral Researcher, focusing on biomechanics and computational modeling. She later transitioned into teaching, serving as an Invited Assistant Professor before obtaining her current position as an Assistant Professor at Universidade do Porto. Alongside her teaching responsibilities, she actively engages in research, leading and participating in numerous national and international projects.
Honors & Awards:
Sónia Pinto’s outstanding academic achievements have been recognized with several awards and honors. Notably, she received the “Eng. António de Almeida” and “Eng. Cristiano P. Spratley” Awards for achieving the highest classification in Chemical Engineering during her undergraduate studies. Her Ph.D. thesis was approved with distinction, further acknowledging her contributions to the field.
Publications Top Noted & Contributions:
Sónia Pinto has made significant contributions to her field through numerous publications in international journals and conference proceedings. Her research outputs cover a wide range of topics, including computational fluid dynamics, biomechanics, and thermal energy systems. Additionally, she actively participates in academic conferences, symposiums, and workshops, both as a presenter and organizer, fostering knowledge exchange and collaboration within the scientific community.
“Accuracy and temporal analysis of non-Newtonian models of blood in the computational FFR – Numerical implementation”
- Published: February 2024
- Journal: International Journal of Non-Linear Mechanics
- DOI: 10.1016/j.ijnonlinmec.2024.104683
- Contributors: M. Fernandes; L.C. Sousa; C.C. António; S.I.S. Pinto
- Summary: This article likely explores the accuracy and temporal aspects of non-Newtonian models of blood in computational fluid dynamics simulations, particularly focusing on fractional flow reserve (FFR) calculations.
“Modeling the Five-Element Windkessel Model with Simultaneous Utilization of Blood Viscoelastic Properties for FFR Achievement: A Proof-of-Concept Study”
- Published: December 2023
- Journal: Mathematics
- DOI: 10.3390/math11244877
- Contributors: Maria Fernandes; Luisa C. Sousa; Carlos A. Conceição António; Sónia I. S. Pinto
- Summary: This article appears to present a proof-of-concept study on modeling the Five-Element Windkessel Model, possibly integrating blood viscoelastic properties, with a focus on achieving accurate FFR calculations.
“Numerical Study of a Thrombus Migration Risk in Aneurysm After Coil Embolization in Patient Cases: FSI Modelling”
- Published: August 2023
- Journal: Cardiovascular Engineering and Technology
- DOI: 10.1007/s13239-023-00672-4
- Contributors: C. Paz; E. Suárez; A. Cabarcos; S. I. S. Pinto
- Summary: This article likely presents a numerical study employing fluid-structure interaction (FSI) modeling to assess the risk of thrombus migration in aneurysms post coil embolization, with potential implications for patient cases.
“Design and Parametric Enhancement of a Flexible Planar TEG – Numerical Study”
- Published: 2022
- Publication Type: Book chapter
- DOI: 10.1007/978-3-031-04548-6_18
- Contributors: Fernandes, M.C.; Furtado, C.; Campanhã, D.; Pinto, S.I.S.
- Summary: This book chapter likely discusses the design and parametric enhancement of a flexible planar Thermo-Electric Generator (TEG) through a numerical study, possibly focusing on optimizing its performance and efficiency.
“Implementation and Comparison of Non-Newtonian Viscosity Models in Hemodynamic Simulations of Patient Coronary Arteries”
- Published: 2022
- Publication Type: Book chapter
- DOI: 10.1007/978-3-031-04548-6_19
- Contributors: Fernandes, M.C.; Sousa, L.C.; Castro, C.F; Palma, J.M.L.M.; António, C.C.; Pinto, S.I.S.
- Summary: This book chapter likely discusses the implementation and comparison of non-Newtonian viscosity models in hemodynamic simulations of patient coronary arteries, aiming to improve the accuracy of computational fluid dynamics simulations in this context.
Research Timeline:
Sónia Pinto’s research journey spans over two decades, starting with her undergraduate studies and progressing through her Ph.D. and post-doctoral research to her current position as an Assistant Professor. Over the years, she has been involved in various research projects, collaborating with esteemed institutions and funding agencies to advance knowledge and innovation in her field. Her research timeline reflects a continuous dedication to academic excellence and scientific discovery.
