| Objective | Seeks research position in the areas of mechanical design and analysis. Ideal position would include both computational and experimental aspects and involve creative problem solving. Software development opportunities are also desirable. |
| Education |
PhD Mechanical Engineering,
University of Minnesota, (expected June 1999) GPA: 3.94/4.0. Thesis topic: Computational Methods for Multiaxial Fatigue Analysis. MSE Mechanical Engineering, University of Minnesota, (1994) GPA: 3.90/4.0. Thesis topic: Computer Methods for Multiaxial Plasticity. Courses include: Computer-Aided Design, Computer Graphics, Continuum Mechanics, Finite Element Analysis, User-Interface Design, Numerical Methods. BSE Mechanical Engineering, Princeton University, (1992) GPA: major, 3.85/4.0; overall, 3.43/4.0. Member of Society of Automotive Engineers Mini-Baja Design Competition team. Duties included analytical and experimental analysis of aluminum honeycomb monocoque design and complete vehicle construction. |
| Skills |
Software Development
|
| Experience |
Webmaster,
University of Minnesota, (Sept. 1998-present) Maintain web pages for the Department of Mechanical Engineering. Currently involved in the design and standardization of new site. Research Assistant, University of Minnesota, (Jan. 1993-present) Designed and programmed computer methods for fatigue life prediction, approximately 10,000 lines of C and C++ code. Program funded for more than 4 years by Deere & Co. Methods include nonlinear stress-strain modeling, cycle counting techniques, and fatigue damage estimation. Software Consulting, SoMat, (Jan. 1996-Feb. 1996) Implemented computer code developed as part of PhD program into commercial SoMat fatigue analysis software. CAD Drafter, Croll Cycles, (Nov. 1994-Mar. 1995) Used Pro/ENGINEER to model prototype parts for manufacture. Teaching Assistant, University of Minnesota, (Sept. 1992-Sept. 1994) Led recitation lectures on linear systems and mechanics. Received positive student teaching reviews. Prepared homeworks. Assisted in modal analysis lab instruction. Industrial Machine Operator, Superior Electric, (Summer 1992) Executed quality control and performance checks on step-motors. Operated a wide variety of industrial machinery. Duties included some machine setup. CNC Machine Operator, Skinner Valve, (Summer 1990) Operated and maintained Miyano and Pratt & Whitney CNC lathes. Plumber's Aide, G & F Mechanicals, (Summer 1988) Helped install industrial plumbing. |
| Honors & Activities |
University of Minnesota Dissertation Fellowship,
(1997-1998).
Member of the SAE Fatigue Design and Evaluation Committee,
(1993-present).
Chair of the Mechanical Engineering Graduate Student
Committee, (1997-present).
Departmental student representative to the Institute of
Technology Instructional Computing Committee, (1993-1998).
Henry O. Fuchs award presented by the Society of Automotive
Engineers, (1993).
Active in ultimate frisbee, mountain biking, and weight
training.
|
| Publications |
Timothy E. Langlais, Jeffrey H. Vogel, Darrell F. Socie, and
Thomas S. Cordes, (1997) ``Fatigue Life Contours from Elastic FEM
Considering Multiaxial Plasticity,'' Applications of
Automation Technology to Fatigue and Fracture Testing and
Analysis, ASTM STP1303, v. 3, pp. 69--80. T. E. Langlais and J. H. Vogel, (1996) ``Overcoming Limitations of the Conventional Strain-Life Fatigue Damage Model,'' Journal of Engineering Materials and Technology, v. 118, no. 1, Jan, pp. 103--108. Timothy E. Langlais, Jeffrey H. Vogel, Darrell F. Socie, and Thomas S. Cordes, (1995) ``A Multiaxial Fatigue Life Prediction Program'', Proceedings of Fatigue Design 1995 Symposium, Finland. |
| References | Available upon request. |