Plastics, or polymers, are low-cost materials that show good corrosion resistance, fair strength and low weight. This would make polymers excellent replacement materials for the heavy, expensive and corrosion sensitive metals used in most heat exchangers. This could result in reduced weight of vehicles improving the fuel economy, better functioning desalination plants for providing cheaper potable water and plenty of other possibilities. The only problem here is that polymers are thermal insulators. This problem can be solved by adding heat conducting materials as a filler in the polymer matrix, thus making a composite. This poster covers the basics of thermal conductivity in polymer composites
Polymeric materials have considerably lower thermal stability than metals; most are flammable, but t...
To understand how the thermal conductivity (TC) of virgin commercial polymers and their composites w...
SIGLEAvailable from British Library Document Supply Centre- DSC:D66667/86 / BLDSC - British Library ...
Plastics, or polymers, are low-cost materials that show good corrosion resistance, fair strength and...
Polymers are ubiquitous, but are insulators and have low thermal conductivity, a limitation addresse...
Plastic can be an ideal heat sink material as it is light and can be stronger than steel. Properties...
Thermoplastics composites show vast promise as an alternative for thermal management applications in...
AbstractAdding thermally conductive fillers to polymers the thermal conductivity can be raised signi...
This article presents the thermal conductivity of various polymer materials. Thermoplastic polymers,...
It is well known that polymers are insulators, which limit their usage in other applications where t...
Recently, the use of thermal conductive polymeric composites is growing up, where the polymers fille...
Abstract: "To study the increase in the thermal conductivity of polymers embedded with conductive fi...
Alternative thermal management solutions for electronic devices are being widely explored due to the...
The addition of reinforcing fillers to thermoplastics can produce composite materials which combine ...
Thermal conductivity of a polymer composite is a function of resin type, fiber type and architecture...
Polymeric materials have considerably lower thermal stability than metals; most are flammable, but t...
To understand how the thermal conductivity (TC) of virgin commercial polymers and their composites w...
SIGLEAvailable from British Library Document Supply Centre- DSC:D66667/86 / BLDSC - British Library ...
Plastics, or polymers, are low-cost materials that show good corrosion resistance, fair strength and...
Polymers are ubiquitous, but are insulators and have low thermal conductivity, a limitation addresse...
Plastic can be an ideal heat sink material as it is light and can be stronger than steel. Properties...
Thermoplastics composites show vast promise as an alternative for thermal management applications in...
AbstractAdding thermally conductive fillers to polymers the thermal conductivity can be raised signi...
This article presents the thermal conductivity of various polymer materials. Thermoplastic polymers,...
It is well known that polymers are insulators, which limit their usage in other applications where t...
Recently, the use of thermal conductive polymeric composites is growing up, where the polymers fille...
Abstract: "To study the increase in the thermal conductivity of polymers embedded with conductive fi...
Alternative thermal management solutions for electronic devices are being widely explored due to the...
The addition of reinforcing fillers to thermoplastics can produce composite materials which combine ...
Thermal conductivity of a polymer composite is a function of resin type, fiber type and architecture...
Polymeric materials have considerably lower thermal stability than metals; most are flammable, but t...
To understand how the thermal conductivity (TC) of virgin commercial polymers and their composites w...
SIGLEAvailable from British Library Document Supply Centre- DSC:D66667/86 / BLDSC - British Library ...