National Science Foundation

Thermal Interfaces

Liquid Metal Thermal Interface Materials with Acceptable Manufacturability and Reliability
project figure

Liquid Metal Thermal Interface Materials with Acceptable Manufacturability and Reliability

Optimization of Thermal Interface Material’s Particle Featuresand Dispense Mechanism for Enhanced Heat Dissipation project figure

Optimization of Thermal Interface Material’s Particle Featuresand Dispense Mechanism for Enhanced Heat Dissipation

Preventing Delamination Failure from Thermal Cycling of Model Thermal Interface Materials project figure

Preventing Delamination Failure from Thermal Cycling of Model Thermal Interface Materials

A Compliant Microstructured Thermal Interface Material for Dry and Pluggable Interfaces Enhancement project figure

Demonstration of a Compliant Micro-Spring Array as a Thermal Interface Material for Pluggable Applications

Fabrication of A Compliant Metallized Microstructure for Dry Contact Thermal Conductance Enhancement project figure

Fabrication of A Compliant Metallized Microstructure for Dry Contact Thermal Conductance Enhancement

TIM Design project figure

TIM Design for Optimized Mechanical and Thermal Properties

Effects of Nanoparticle Size and Aggregation on Metal Nanoparticle-Polymer Thermal Interface Materials project figure

Effects of Nanoparticle Size and Aggregation on Metal Nanoparticle-Polymer Thermal Interface Materials

Impedance-Based Visualization of Voids in Thermal Interface Materials project figure

Impedance-Based Visualization of Voids in Thermal Interface Materials

Thermal Design of Multilayer/Stacked Structures project figure

Thermal Design of Multilayer/Stacked Structures

Thermal Interface Materials Based on Graphene Networks project figure

Thermal Interface Materials Based on Graphene Networks

Flexible Foam New Thermal Interface Material project figure

Flexible Foam New Thermal Interface Material

Compliant Thermal Interface Materials Using Graphene project figure

Compliant Thermal Interface Materials Using Graphene

Long-Term Reliability of Thermal Interface Materials project figure

Long-Term Reliability of Thermal Interface Materials

Graphene-based Thermal Interface Materials project figure

Graphene-based Thermal Interface Materials

Performance and Reliability Impact of Adhesive TIMs project figure

Performance and Reliability Impact of Adhesive TIMs

High Performance, Low-Cost Thermoelectric Cooling Materials project figure

High Performance, Low-Cost Thermoelectric Cooling Materials

Performance Improvement in Polymeric TIMs project figure

Performance Improvement in Polymeric TIMs

Thermal Analog to AFM Force-Displacement project figure

Thermal Analog to AFM Force-Displacement

Carbon Nanotube Electrical Interfaces for Thermoelectrics project figure

Carbon Nanotube Electrical Interfaces for Thermoelectrics

Characterization of Composite Heat Spreaders project figure

Characterization of Composite Heat Spreaders

Low-Temperature Synthesis and Bonding of CNT Thermal Interfaces project figure

Low-Temperature Synthesis and Bonding of CNT Thermal Interfaces

Thermomechanical Modeling of Thermal Contact Conductance project figure

Thermomechanical Modeling of Thermal Contact Conductance

Particulate Thermal Interface Materials project figure

Particulate Thermal Interface Materials

Experimental Investigation of Thermal Contact Conductance project figure

Experimental Investigation of Thermal Contact Conductance