Materials Engineering
Design Optimization Technologies
Tools
  • Selection of materials for engineering design, including metals, alloys,
    polymers, composites and ceramics: consulting services for industry,
    legal cases, teaching of graduate courses and research.
  • Analysis of material failures using advanced theoretical and experimental
    techniques: fracture mechanics, finite element stress analysis, experimental
    stress analysis, scanning electron microscopy                                                 (SEM), transmission electron microscopy (TEM),                                        infrared spectroscopy, etc.
  • Manufacturing processes: consulting services                                                 for industry, teaching of graduate courses and                                      seminars, research and development.

 

 

<home>
| tools | <solid modeling> <finite element analysis> <motion analysis> <plasic fill sim> <design opt>
| engineering services | <new product design> <failure analysis> <mechanical eng.> <electrical eng> <electronics eng> <thermal fluids>
| diagnostics | <forensic eng> <diagnostic eng> <materials eng> <production & repair> <machine & structural design>
| design/drafting services | <mechanical> <drawing conversion> <electrical> <technical illustration>
<contact>

©2000 Design Optimization Technologies, Site by AphelionIT
The Chemical Building | 721 Olive Street | Suite 800 | Saint Louis MO 63101

This site is optimized to run at 800 x 600 or higher (1024 x 768 or higher preferred) with Internet Explorer 5.5 or higher.