An integrated simulation system for polymeric material named J-OCTA (Printed Electronics Asia 2007)

Dr Taku Ozawa, Nanosimulation Center
JRI Solutions, Limited, Japan
 
Sep 11, 2007.

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Presentation Summary

  • J-OCTA efficiently coordinates the processing of multi-physics polymer simulations at the target scale, ranging from full-atomistic to coarse-grained model.
  • The idea and outline of coarse graining techniques in polymer simulations implemented in J-OCTA
  • The fundamental applications concerning the evaluation of the thermal and mechanical behavior of typical polymer systems

Speaker Biography (Taku Ozawa)

1999-Present, JRI Solutions, Limited (Japan Research Institute, Limited), work in the field of computer engineering.
 
2005 Ph.D. in Engineering, obtained from Keio University, Yokohama, Japan.
 
Major accomplishments:
Computational engineering

Company Profile (JRI Solutions, Limited)

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JRI Solutions provides IT solutions tailored to customer needs in every area from IT consulting to system implementation and operation. Especially in engineering field, we bring you the best solution for your development, design and manufacturing through our state-of-the-art computational science products and the engineering technology consulting. We have succeeded in developing the platform system which efficiently coordinates the processing of various polymer simulations at the target scale.
And this can evaluate molecular and material properties of the desired polymer from the microscopic and macroscopic points of view.
Development and product design of polymer materials are becoming More significant in these days. JRI-Solutions proudly provides you the appropriate support for every manufacturing.
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