Type V composite storage tanks have significantly increased the working pressures of cryogenic systems for aerospace applications. However, the current operating pressures often exceed the range of available mixture property ...

Solidifying and solid cryogens in steady shear are of fundamental importance to the fueling of fusion energy reactors. We present steady-state measurements of the dynamic shear stress, thermal-conductivity, and heat transfer ...

This presentation, given at Google, explains how liquid hydrogen could play a key role in a cleaner energy economy.

This presentation describes projects at the Hydrogen Properties and Energy Research (HYPER) Lab at Washington State University, including unmanned aerial vehicle and hydrogen fuel storage research.

This presentation describes Washington State University's winning bid in the Hydrogen Student Design Contest, 2014. Students designed a low-cost, low-maintenance hydrogen fueling station module suitable for mass production.

This presentation was created for the DOE H2 Transmission and Delivery Workshop on February 26, 2014.

This presentation, given at the Jefferson County Washington Clean Energy Luncheon, describes how hydrogen could play a role in the energy economy of Washington state. The presentation covers the creation, storage, and use ...

This presentation describes a three-year study to identify efficient processes for creating and using liquid hydrogen.

Viscous dissipation and the convection heat transfer coefficient are two key flow parameters that control the operation of twin‐screw solidifying extruders. This type of extruder is used to produce hydrogenic pellets that ...

This presentation describes efforts at Washington State University to design and test liquid hydrogen-fueled unmanned aerial vehicles. It was presented to the Washington Congressional Staff on August 7, 2014, and the Spokane ...