Strict Standards: Non-static method Joomla\CMS\Application\SiteApplication::getMenu() should not be called statically, assuming $this from incompatible context in G:\PleskVhosts\atoa.com\cae-images.atoa.com\plugins\system\expiresheaders\expiresheaders.php on line 24

Strict Standards: Non-static method Joomla\CMS\Application\CMSApplication::getMenu() should not be called statically, assuming $this from incompatible context in G:\PleskVhosts\atoa.com\cae-images.atoa.com\libraries\src\Application\SiteApplication.php on line 275

Strict Standards: Only variables should be assigned by reference in G:\PleskVhosts\atoa.com\cae-images.atoa.com\plugins\system\expiresheaders\expiresheaders.php on line 24
Heat Sink Design

1.jpg10.jpg11.jpg12.jpg13.jpg14.jpg15.jpg16.jpg17.jpg18.jpg19.jpg2.jpg20.jpg3.jpg4.jpg5.jpg6.jpg7.jpg8.jpg9.jpg

Heat Sink Design

( 0 )
Multiphysics Thermal & Flow analysis of Heat Sink Design A heat sink is an electronic device that incorporates either a fan or a peltier device t … Read more
Free
  • Description
  • Comment
  • Post a comment

Multiphysics Thermal & Flow analysis of Heat Sink Design

A heat sink is an electronic device that incorporates either a fan or a peltier device to keep a hot component such as a processor cool. The fins are provided to increase the suface area for heat transfer. The air stream pass through the fin gaps and by this process remove the heat. In this conjugate heat transfer analysis a flared fin heat sink design is considered with a laminar air flow around the fins. a heat source of 1 W and resistive thin layer of 0.5 mm is provided at bottom portion. In the above CAE image the arrow line indicates the air flow direction, velocity magnitudes respectively. Large arrows represents the high velocity and smaller for lower velocity magnitude. The high temperature values are plotted with red colour while low temperature with blue. 

List of the comments:
No comments have been posted yet.
Vote: ( 0 )

Give your advice about this item:

FacebookGoogle BookmarksLinkedin