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  • Design and Analysis of 6-DOF Thermal Micro Actuator

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Design and Analysis of 6-DOF Thermal Micro Actuator

Design and Analysis of 6-DOF Thermal Micro Actuator

Javad Mehrmashhadi
04/06/2015
Category: Other Projects
1750 views

In this project, a thermal micro actuator has been geometrically design based on various boundary conditions (Thermal, displacement and voltage boundary conditions on the end of each edge).

 

The design target was the amount of net upward displacement in the top plane of the sensor due to change in the input conditions. There are some limitation to the design about the resulted plane movement consequently, each edge thickness played a major role for the purpose.

The project was accomplished with ANSYS and programmed with APDL code. One design loop results are depicted bellow.

The Designed Micro Actuator

 

 

Temperature, displacement and voltage boundary conditions

Upward Displacement Contour

Temperature contour

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About Me


I have been doing simulation support on variety of projects within automotive and aerospace industries as well as on civil projects since 2004. Regarding my CAE skills using LS-Dyna, ANSYS, Altair Hyperworks and ADAMS I am well able to perform simulations on the following areas:
  • Crashworhiness, Pedestrian
  • Static & Dynamic and Coupled-Field
  • Friction Stir Welding (FSW)
  • Multi-body Dynamic

Please contact me if you need technical support in your projects by sending your request to mehrmashhadi@gmail.com

Javad Mehrmashhadi

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  • Iranian Society of Automotive Engineering
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