DAVID G. TAGGART

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  • Professor
  • Office: Pastore 304C
  • Phone: 401.874.5934
  • Fax: 401.874.2355
  • Email: taggart@uri.edu
  • Mailing Address: 230 Pastore Hall
    51 Lower College Road
    Kingston, RI 02881
  • Research Links
    LinkedIn
    Research Gate

biography

Professional Experience

  • Assistant / Associate / Full Professor, University of Rhode Island (1989-present)
  • MCISE Department Chair (2009-15)
  • Staff Engineer, Materials Sciences Corporation (1983-85)
  • Research Engineer, Celanese Corporation (1981-82)
  • Research Associate, University of Delaware Center for Composite Materials (1978-79)

Professional Memberships and Activities

  • American Society of Mechanical Engineers
  • American Society for Engineering Education

Awards, Distinctions and Honorary Memberships

  • Edmund and Dorothy Marshall Faculty Excellence Award, 2001
  • ASME Providence Section Certificate of Recognition, 2000
  • ASME Student Section Advisor Certificate of Appreciation, 2000
  • Research Fellowship, University of Pennsylvania, 1986-88
  • Goodyear Fellowship, Rensselaer Polytechnic Institute, 1980
  • B.S. degree with Distinction and High Honors, 1978
  • TAU BETA PI and PHI KAPPA PHI honorary societies

research

Dr. Taggart’s research interests are in the areas of computational mechanics, finite element based topology optimization, behavior of composite materials and abrasive waterjet machining. His research has included development of finite element based topology optimization procedures, computational modeling of composite material behavior, experimental characterization of material response including static properties and impact response, ultrasonic non-destructive testing, acoustic emission testing, abrasive waterjet (AWJ) nozzle wear, and AWJ applications development. Recent work includes the development of numerical finite element based topological optimization schemes, finite element implementation of cardiac tissue constitutive behavior, investigation of the effect of geometric surface treatments of carbon fiber composites for use in reinforcing concrete, numerical modeling of metal matrix composite plasticity, numerical analysis of compressive failure of fiber reinforced composites, and characterization and modeling of AWJ nozzle wear. Dr. Taggart’s teaching experience includes a variety of mechanics courses including statics, dynamics, finite element analysis, applications of mechanics in design, engineering mathematics, mechanics of composite materials, theory of elasticity, theory of plasticity, and micromechanics.

education

  • Ph.D. – University of Pennsylvania
  • M.S. – Rensselaer Polytechnic Institute
  • B.S. – University of Deleware