Dr Adam Vellender
MMath (Wales), PhD (Aberystwyth)
Research Lecturer
Contact Details
- Email: asv2@aber.ac.uk
- Office: 4.13, Physical Sciences Building
- Phone: +44 (0) 1970 622776
- Personal Website: http://users.aber.ac.uk/asv2
- Research Portal Profile
Profile
Born and raised in Gloucestershire, Adam Vellender was educated at Pate's Grammar School, Cheltenham and then the University of Wales, Aberystwyth. He graduated with First Class Honours in his MMath degree in 2009 and then embarked upon Ph.D studies in Aberystwyth under the supervision of Prof. Gennady Mishuris, which he completed in 2013 with his thesis entitled "Mathematical modelling of crack problems in bi-material structures containing imperfect interfaces using the weight function technique". Adam is now a Research Lecturer in IMPACS, conducting research into mathematical modelling of solids while also lecturing applied mathematics and statistics undergraduate modules.
Teaching
Module Coordinator
- MA11210 - Differential Equations
- MT11210 - Hafaliadau Differol
- MA26620 - Applied Statistics
- MA34210 - Asymptotic Methods in Mechanics
- MT34210 - Dulliau Asymptotig mewn Mecaneg
- MA26600 - Applied Statistics
- MA34110 - Partial Differential Equations
- MT34110 - Hafaliadau Differol Rhannol
Coordinator
- MA26600 - Applied Statistics
- MA34110 - Partial Differential Equations
- MT11210 - Hafaliadau Differol
- MT34110 - Hafaliadau Differol Rhannol
- MA26620 - Applied Statistics
- MA34210 - Asymptotic Methods in Mechanics
- MA11210 - Differential Equations
- MT34210 - Dulliau Asymptotig mewn Mecaneg
Lecturer
- MA34210 - Asymptotic Methods in Mechanics
- MT11210 - Hafaliadau Differol
- MA26620 - Applied Statistics
- MA34110 - Partial Differential Equations
- MA11210 - Differential Equations
- MA15210 - Games, Puzzles and Strategies 2
- MA15110 - Games, Puzzles and Strategies
- MT34110 - Hafaliadau Differol Rhannol
- MT34210 - Dulliau Asymptotig mewn Mecaneg
Tutor
Research
- Mathematical modelling of solids containing cracks and imperfect interfaces
- Weight function techniques using the Wiener-Hopf method
- Waves in complex structures
- Singular integral equations.