Harcourt Butler Technical

Nov 22, 2024 | pubs.aip.org | Harcourt Butler Technical |Crystal Owens |A-Man Zhang |Zengshun Chen

The effect of tissue porosity on anomalous blood flow behavior in micro-blood vessels is investigated in this study. This model includes the effects of tissue porosity on the two-phase flow of blood in narrow tubes. It consists of a core region of erythrocyte suspension with non-Newtonian fluid and a peripheral layer of plasma surrounding the core. The governing partial differential equations are solved using the mathematical and analytical approach.

Jul 10, 2024 | link.springer.com | Harcourt Butler Technical

AbstractThe study utilized the theory of interionic potentials and included analytical functions to account for the volume-dependent short-range force constant. Specifically, a modified version of the Shanker equation of state was used, and expressions were established for isothermal bulk modulus and its pressure derivatives.

Mar 1, 2024 | link.springer.com | Brijesh Kumar |Abhishek Kumar |Harcourt Butler Technical

AbstractLa2Mo2O9 is a potential electrolyte material for SOFC due to its higher oxygen conduction at high temperatures. However, La2Mo2O9 suffers from detrimental phase transition at high temperature from monoclinic α to cubic β phase. This phase transition can be prevented by lowering the temperature. However, lowering the temperature reduces the ionic conductivity. Substitution of transition metal on Mo site is the best strategy for the suppression of phase transition.

Oct 16, 2023 | informahealthcare.com | Harcourt Butler Technical