A water-cooled cold plate which is capable of dissipating up to 320 W of heat while maintaining the surface temperature below 33°C has been successfully fabricated by selective laser melting (SLM) using aluminium alloy, AlSi10Mg, as the base powder due to its high thermal conductivity to specific volume ratio. The cold plate was designed with non-uniform flow channel sizes and cylindrical pillars which served to improve the fluid distribution for enhanced heat transfer. Due consideration was given to prevent warpage, collapse of overhung features and removal of internal support structures in the cold plate design. It was demonstrated that SLM can be used to fabricate a cold plate with well-formed internal flow channels and the cold p...
The heat transfer in and around a part being fabricated via Selective Laser Melting (SLM) is numeri...
Heat exchangers are important devices used in many fields of industry. They play a fundamental rol...
Selective Laser Melting (SLM) has been widely used for the production of subtle metal components in ...
A water-cooled cold plate which is capable of dissipating up to 320 W of heat while maintaining the...
This project investigated the augmentation in the heat transfer ability of a cold plate fitted with ...
This project investigated the augmentation in the heat transfer ability of a cold plate fitted with ...
The paper presents an experimental investigation of the thermal and hydraulic performance of a new c...
Heat removal from electronic systems relies on forced convection heat transfer from extended surface...
In this paper, the forced convective heat transfer performances of heat sinks produced by Selective ...
Fractal design flow channels provide better flow stability and heat dissipation capacity than conven...
This project experimentally investigated the heat transfer enhancement capability of 3D-printed poro...
This project experimentally investigated the heat transfer enhancement capability of 3D-printed poro...
This project investigates the heat transfer performance enhancement of 3D-printed oblique fins in a ...
The successful production of overhang features in the Selective Laser Melting (SLM) process requires...
Heat exchangers are important devices used in many fields of industry. They play a fundamental rol...
The heat transfer in and around a part being fabricated via Selective Laser Melting (SLM) is numeri...
Heat exchangers are important devices used in many fields of industry. They play a fundamental rol...
Selective Laser Melting (SLM) has been widely used for the production of subtle metal components in ...
A water-cooled cold plate which is capable of dissipating up to 320 W of heat while maintaining the...
This project investigated the augmentation in the heat transfer ability of a cold plate fitted with ...
This project investigated the augmentation in the heat transfer ability of a cold plate fitted with ...
The paper presents an experimental investigation of the thermal and hydraulic performance of a new c...
Heat removal from electronic systems relies on forced convection heat transfer from extended surface...
In this paper, the forced convective heat transfer performances of heat sinks produced by Selective ...
Fractal design flow channels provide better flow stability and heat dissipation capacity than conven...
This project experimentally investigated the heat transfer enhancement capability of 3D-printed poro...
This project experimentally investigated the heat transfer enhancement capability of 3D-printed poro...
This project investigates the heat transfer performance enhancement of 3D-printed oblique fins in a ...
The successful production of overhang features in the Selective Laser Melting (SLM) process requires...
Heat exchangers are important devices used in many fields of industry. They play a fundamental rol...
The heat transfer in and around a part being fabricated via Selective Laser Melting (SLM) is numeri...
Heat exchangers are important devices used in many fields of industry. They play a fundamental rol...
Selective Laser Melting (SLM) has been widely used for the production of subtle metal components in ...