Biography
Professor Antonio Pellegrino completed a Laurea Degree (equivalent to BSc + MSC) (2008) and PhD (2012) in Mechanical Engineering at the Department of Mechanical and Industrial Engineering (DIIM), University of Catania, Italy, where he worked primarily on designing a direct tension Hopkinson Bar apparatus and on studying the properties of materials under high strain rate of deformation using the split Hopkinson bar.
Antonio started in Oxford as a postdoctoral researcher in February 2012 and was appointed to his current position in November 2017.
Most Recent Publications
Piezo-driven clamp release for synchronisation and timing of combined direct-shear stress waves
Piezo-driven clamp release for synchronisation and timing of combined direct-shear stress waves
Effects of build orientation and strain rate on the tensile-shear behaviour of polyamide-12 manufactured via laser powder bed fusion
Effects of build orientation and strain rate on the tensile-shear behaviour of polyamide-12 manufactured via laser powder bed fusion
A data-driven model of the yield and strain hardening response of commercially pure titanium in uniaxial stress
A data-driven model of the yield and strain hardening response of commercially pure titanium in uniaxial stress
Optimal Design, Development and Experimental Analysis of a Tension–Torsion Hopkinson Bar for the Understanding of Complex Impact Loading Scenarios
Optimal Design, Development and Experimental Analysis of a Tension–Torsion Hopkinson Bar for the Understanding of Complex Impact Loading Scenarios
A strategy to formulate data-driven constitutive models from random multiaxial experiments
A strategy to formulate data-driven constitutive models from random multiaxial experiments
Research Interests
- Strain rate and temperature dependence on the behaviour of lightweight metal alloys
- Mechanical behaviour of syntactic foams and cellular materials at high strain rate
- Granular materials subjected to impact loading
- Dynamic Behaviour of abradable coatings
- Mechanical behaviour of human and animal eye lenses
Research Groups
Current Projects
CORNERSTONE
Development of a novel combined tension-torsion Hopkinson Bar apparatus for the measurement of the behaviour of engineering materials at high strain rate under complex stress states
PHENOMENA 3
Understanding of the effects of temperature and strain rate on isotropic and kinematic hardening of titanium alloys.
Most Recent Publications
Piezo-driven clamp release for synchronisation and timing of combined direct-shear stress waves
Piezo-driven clamp release for synchronisation and timing of combined direct-shear stress waves
Effects of build orientation and strain rate on the tensile-shear behaviour of polyamide-12 manufactured via laser powder bed fusion
Effects of build orientation and strain rate on the tensile-shear behaviour of polyamide-12 manufactured via laser powder bed fusion
A data-driven model of the yield and strain hardening response of commercially pure titanium in uniaxial stress
A data-driven model of the yield and strain hardening response of commercially pure titanium in uniaxial stress
Optimal Design, Development and Experimental Analysis of a Tension–Torsion Hopkinson Bar for the Understanding of Complex Impact Loading Scenarios
Optimal Design, Development and Experimental Analysis of a Tension–Torsion Hopkinson Bar for the Understanding of Complex Impact Loading Scenarios
A strategy to formulate data-driven constitutive models from random multiaxial experiments
A strategy to formulate data-driven constitutive models from random multiaxial experiments
