Resume

• 2008

  VTT

  Utah State University

  3DSIM

  LLC

  Espoo

  Visiting Professor

  VTT

  Espoo

  Finland

  Fulbright Scholar

  VTT

  Park City

  UT

  Director - Additive Manufacturing

  ANSYS

  Inc.

  Ansys

• 1997

  University of Rhode Island

  VTT

  Ansys

  University of Louisville

  ANSYS

  Inc.

  Utah State University

  3DSIM

  LLC

  Park City

  UT

  CEO

  University of Rhode Island

  University of Louisville

  Louisville

  KY

  Prof. Stucker leds the Additive Manufacturing research activities within the Speed School of Engineering

  Professor & Clark Chair of Computer Aided Engineering

• 1993

  Ph.D.

  Mechanical Engineering

• 1989

  B.S.

  Mechanical Engineering

  University of Idaho

• Home - 3DSIM

  Computational approaches used to predict how energy interacts with materials are well defined in many finite element analysis texts. The 3DSIM approach to these problems is a combination of a multi-scale mesh that dynamically moves with the energy source

  and novel mathematical formulations which are able to obtain fast

  accurate results for large scale simulations.

  3DSIM

  Rapid Prototyping

  3D Printing

  Fortran

  Simulations

  Product Design

  Finite Element Analysis

  Characterization

  Modeling

  Mathematical Modeling

  Mechanical Engineering

  Solidworks

  Numerical Analysis

  Engineering

  R&D

  Materials

  Materials Science

  Composites

  Labview

  Statistics

  Scanning Electron Microscopy

  Additive Manufacturing Technologies: from Rapid Prototyping to Direct Digital Manufacturing

  For those wanting to know as much as possible about the new AM technologies

  this is the book to read. Written by 3 renowned experts in the field

  this book was written for Masters level students and Professionals to bring them up to date on the development of these technologies and how to apply them in a variety of different ways.

  Additive Manufacturing Technologies: from Rapid Prototyping to Direct Digital Manufacturing

  Brent