Biography
Jasper Threadingham is a DPhil student in the Solid Mechanics and Materials Group within the Department of Engineering Science at the University of Oxford. He completed his MEng in the same department in 2021 and began his doctoral research that year. Jasper’s work focuses on the shock response of single crystal tin, conducted under the supervision of Professor Daniel Eakins and Dr. David Chapman, in close collaboration with AWE.
His research aims to characterise the role of crystallographic directionality in low-symmetry metals through bulk-scale measurements of elastic-plastic deformation, solid-solid phase transitions, and dynamic tensile failure under shock loading. Alongside these large-scale observations, he aims to examine the underlying microstructural phenomena to provide insight into the fundamental mechanisms governing anisotropic behaviour in tin under extreme conditions.
Most Recent Publications
Effects of crystal orientation on the shock properties of single crystal tin
Effects of crystal orientation on the shock properties of single crystal tin
Demonstration of a telecentric lens relay system for PDV in plate-impact experiments
Demonstration of a telecentric lens relay system for PDV in plate-impact experiments
Evaluation of methods for time-temperature superposition and Prony fitting to rubbers
Evaluation of methods for time-temperature superposition and Prony fitting to rubbers
Evaluation of methods for time-temperature superposition and Prony fitting to rubbers
Evaluation of methods for time-temperature superposition and Prony fitting to rubbers
Current Research project
DPhil - On the Shock Response of Single Crystal Tin
Research Interests
- Shock Compression and High Strain Rate Deformation of Solids
- Dynamic Strength and Failure Behaviour of Materials
- Anisotropy and phase transitions of materials under extreme conditions
Research Groups
Related Academics
Most Recent Publications
Effects of crystal orientation on the shock properties of single crystal tin
Effects of crystal orientation on the shock properties of single crystal tin
Demonstration of a telecentric lens relay system for PDV in plate-impact experiments
Demonstration of a telecentric lens relay system for PDV in plate-impact experiments
Evaluation of methods for time-temperature superposition and Prony fitting to rubbers
Evaluation of methods for time-temperature superposition and Prony fitting to rubbers
Evaluation of methods for time-temperature superposition and Prony fitting to rubbers
Evaluation of methods for time-temperature superposition and Prony fitting to rubbers
Most Recent Publications
Effects of crystal orientation on the shock properties of single crystal tin
Effects of crystal orientation on the shock properties of single crystal tin
Demonstration of a telecentric lens relay system for PDV in plate-impact experiments
Demonstration of a telecentric lens relay system for PDV in plate-impact experiments
Evaluation of methods for time-temperature superposition and Prony fitting to rubbers
Evaluation of methods for time-temperature superposition and Prony fitting to rubbers
Evaluation of methods for time-temperature superposition and Prony fitting to rubbers
Evaluation of methods for time-temperature superposition and Prony fitting to rubbers