Room-temperature liquid metals (LMs) are attractive candidates for thermal interface
materials (TIMs) because of their moderately high thermal conductivity and liquid nature …

Despite major advancements in the performance of thermal interface materials (TIMs),
contact resistance between components persists as a major thermal bottleneck in …

Liquid metal (LM)-based thermal interface materials (TIMs) have the potential to dissipate
high heat loads in modern electronics and often consist of LM microcapsules embedded in a …

Polymer matrix composites with liquid metal droplet and solid particle fillers are promising
candidates for thermal interface materials (TIMs) used in electronics thermal management …

The purpose of product dissection is to teach students how a product works and provide
them with inspiration for new ideas. However, little is known about how variations in …

Gallium-based liquid metals (LMs) combine metallic properties with the deformability of a
liquid, which makes them promising candidates for a variety of applications. To broaden the …

Stave assemblies at the Large Hadron Collider and other high-energy physics experiments
require radiation-resistant adhesives composed of light elements with high thermal …

Thermally conductive soft composites are in high demand, and aligning the fill material is a
potential method of enhancing their thermal performance. In particular, magnetic alignment …

This work provides the evidence to apply simulation methods that are applicable to systems
with structural randomness to simulate crystalline materials at high temperatures. My work …

Thermal management of electronics is critical to meet the increasing demand for high power
and performance. Thermal interface materials (TIMs) play a key role in dissipating heat away …