Rate My Professor Silvestre Pinho

Professor Silvestre Pinho is Professor in the Mechanics of Composites in the Department of Aeronautics at Imperial College London. Upon completing his PhD in 2005, he was recruited as a lecturer at Imperial College London, advancing to full professor in 2015. Previously, he served as a lecturer at the University of Porto Faculty of Engineering from 2000 to 2005, where he ranked top in Mechanical Engineering, receiving the Prize ‘Eng. Antonio de Almeida’ in 2000. He leads PinhoLab, focusing on advancing sustainable aviation through lightweight composite materials and innovative structural designs for novel fuel sources. His research specializations include experimental investigation, analytical modeling, and numerical simulation of failure mechanisms in fibre-reinforced composites, developing physically-based constitutive and failure models, fracture toughness testing, and bio-inspired microstructures for damage-tolerant materials.

Pinho has received major awards such as the ESCM Albert Cardon Award for the best under-35 European researcher in composites (2010), EPSRC Fellowships (2014 and 2022), President’s Award for Excellence in Teaching (2020), Rector’s Medal and Fellowship for Excellence in Teaching (2009), and Student Choice Award for Best Teaching for Undergraduates (2017). He serves on the editorial board of Composites Science and Technology, ESCM Executive Committee (since 2012), ICCM Executive Council (since 2017), RAeS Structures & Materials Specialist Group (since 2018), and EPSRC Engineering Forum (since 2015). In 2022, he presented to the UK Parliament on Net Zero aviation challenges. Key publications include “Biomimetic damage deflection and subsequent damage diffusion in carbon-boron fibre hybrid composites under longitudinal compression” (2024), “Structural fuses in composite structures: Engineered crack paths in carbon fibre-reinforced polymers” (2024), “Damage deflection and subsequent damage diffusion in carbon-boron fibre hybrid composites under longitudinal compression” (2024), “Ballistic performance of bio-inspired hybrid interleaved composite structures suitable for aerospace applications” (2023), and “Failure Mechanisms in Polymer Matrix Composites: Criteria, Testing and Industrial Applications” (2012). His models are commercialized in Abaqus and LS-DYNA, and his translaminar fracture toughness test is the most widely used globally. His team won the international benchmark in the 2nd World-Wide Failure Exercise.