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Research

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Professor Jon Trevelyan, BSc PhD FIMechE CEng

Professor in the Department of Engineering
Telephone: +44 (0) 191 33 42522
Room number: E361 (Higginson)

(email at jon.trevelyan@durham.ac.uk)

Biography

Personal webpage 

After obtaining his PhD studying transfer function methods for the determination of the dynamic properties of arch dams and working as a graduate civil engineer for Gibb, Jon Trevelyan joined the Computational Mechanics (CM) Group to work on the commercial software BEASY. This was the world-leader in engineering software based on the boundary element method. He stayed with CM for twelve years, seven of which were spent as Vice-President of CM, Inc. in Massachusetts. In 1995, he returned to the UK and was appointed a Senior Lecturer at the University of Brighton. One year later he joined Durham University. From 2007-13 he was the Head of the Mechanics Research Group, and from 2013-17 he was Head of the School of Engineering and Computing Sciences.

Jon's research involves the use of the boundary element method (BEM) in various areas: enriched BEM algorithms for short wave propagation, enriched BEM algorithms for fracture mechanics, fast and interactive methods for stress analysis/re-analysis and topology optimisation. He also develops enriched finite element algorithms for transient radiation-conduction problems. A common feature of these works is to develop numerical methods, usually through enrichment of one kind or another, to address problems that would be inefficient, inaccurate or insoluble using conventional methods such as those built into commercial software.

For more details on research projects, see http://www.dur.ac.uk/jon.trevelyan/JTResearchPage.htm

Research Groups

Department of Engineering

Research Interests

  • Boundary elements
  • Enriched boundary elements for fracture mechanics
  • Enriched boundary elements for short wave propagation
  • Interactive stress analysis software development
  • Boundary elements and level sets for topology optimisation
  • Enriched finite elements for transient diffusion problems

Selected Publications

Journal Article

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Supervises