Xing C. – TechConnect Briefs

Parametric Study on the Effect of Radiation Heat Loss and Non-Constant Heating in the Electrothermal Technique for Thermal Property Measurement of Micro/Nanoscale Fibers

Xing C., Munro T., Jensen C., Ban H., Utah State University, US

This paper presents a parametric study of the effects of radiation heat loss and non-constant heating on the measurement accuracy of thermal properties of micro/nanoscale fibers using the Transient Electrothermal technique. In the original derivation, [...]

Characterizing Thermal Diffusivity of Synthetic Spider Silk using Improved Transient Electrothermal Technique

Munro T., Xing C., Jensen C., Copeland C., Ban H., Lewis R., Utah State University, US

This paper presents results for the thermal diffusivity of a synthetically produced spider silk. This synthetic spider silk is being developed for lightweight thermal management applications. Additionally, an improved method for measurement of the thermal [...]