Open Access. Powered by Scholars. Published by Universities.®
Engineering Science and Materials Commons™
Open Access. Powered by Scholars. Published by Universities.®
- Keyword
-
- Copper (1)
- Copper compounds (1)
- Dissipative process (1)
- Entropy productions (1)
- Entropy variations (1)
-
- Equations of state (1)
- Gallium (1)
- Generalized equations (1)
- Grain growth (1)
- Grain size and shape (1)
- Lead (1)
- Material time derivatives (1)
- Mole fractions (1)
- Molecular process (1)
- Molybdenum (1)
- Multiple process (1)
- Navier stoles equations (1)
- Pressure gradient (1)
- Reacting fluids (1)
- Relaxation time (1)
- Semiconducting selenium compounds (1)
- Spectroscopic ellipsometry (1)
- Stokes flows (1)
- Thin films (1)
- Viscosity (1)
- Void fraction (1)
Articles 1 - 2 of 2
Full-Text Articles in Engineering Science and Materials
Electronic And Structural Properties Of Molybdenum Thin Films As Determined By Real Time Spectroscopic Ellipsometry, J. D. Walker, H. Khatri, V. Ranjan, Jian Li, R. W. Collins, S. Marsillac
Electronic And Structural Properties Of Molybdenum Thin Films As Determined By Real Time Spectroscopic Ellipsometry, J. D. Walker, H. Khatri, V. Ranjan, Jian Li, R. W. Collins, S. Marsillac
Electrical & Computer Engineering Faculty Publications
Walker, J.D., Khatri, H., Ranjan, V., Li, J., Collins, R.W., & Marsillac, S. (2009). Electronic and structural properties of molybdenum thin films as determined by real-time spectroscopic ellipsometry. Applied Physics Letters, 94(14). doi: 10.1063/1.3117222
Volume Viscosity In Fluids With Multiple Dissipative Processes, Allan J. Zuckerwar, Robert L. Ash
Volume Viscosity In Fluids With Multiple Dissipative Processes, Allan J. Zuckerwar, Robert L. Ash
Mechanical & Aerospace Engineering Faculty Publications
The variational principle of Hamilton is applied to derive the volume viscosity coefficients of a reacting fluid with multiple dissipative processes. The procedure, as in the case of a single dissipative process, yields two dissipative terms in the Navier-Stokes equation: The first is the traditional volume viscosity term, proportional to the dilatational component of the velocity; the second term is proportional to the material time derivative of the pressure gradient. Each dissipative process is assumed to be independent of the others. In a fluid comprising a single constituent with multiple relaxation processes, the relaxation times of the multiple processes are …