Joseph J. Marziale

research

• Joseph J. Marziale, James Chen, and David Salac, "Interface Sharpening of Two-Phase Flows on Unstructured Meshes," accepted by ASME FEDSM 2024 (2024).


• Joseph J. Marziale, Jason Sun, Eric A. Walker, Yu Chen, David Salac, and James Chen, "The effect of chemical vapor infiltration process parameters on flexural strength of porous α-SiC: a numerical model," Journal of the American Ceramic Society (2024). DOI.


• Mason Guo, Jason Sun, Joseph J. Marziale, Amberlee S Haselhuhn, David Salac, James Chen, "An ICME Approach for Sf-CMCs via DIW at Elevated Temperatures," ASME SSDM 2024 (2024). DOI.


• Jason Sun, Joseph J. Marziale, David Salac, and James Chen, "An ICME framework for short fiber reinforced ceramic matrix composites via direct ink writing," Modelling and Simulation in Materials Science and Engineering (2024). DOI.


• Eric A. Walker, Joseph J. Marziale, and James Chen, "Density Functional Theory Insight into Chemical Vapor Infiltration," Methane (2023). DOI.


• Jason Sun, Yu Chen, Joseph J. Marziale, Eric A. Walker, David Salac, and James Chen, "Damage prediction of sintered α‐SiC using thermo‐mechanical coupled fracture model," Journal of the American Ceramic Society (2023). DOI.


• Joseph J. Marziale, James Chen, and David Salac, "Riemann problem structure with surface tension," in preparation (2024).


• Joseph J. Marziale, and James Chen, "Introduction to Computational Fluid Dynamics," in preparation (2024).


• Joseph J. Marziale, Jason Sun, David Salac, and James Chen, "The effect of chemical vapor infiltration process parameters on flexural strength of porous α-SiC: Parameter space analysis," in preparation (2024).

notes

• engineering analysis - linear algebra, odes, fourier analysis, pdes (~90 % complete)


• continuum mechanics - index notation, tensor fields, kinematics, conservation laws, thermodynamics, frame indifference, coleman noll, elasticity (~20 % complete)


• finite element analysis - 2d cst, 2d quad4, 3d hex8 (~50 % complete)


• elasticity - strain, stress, hooke's law, isotropy, elastostatics, bvps, torsion, plane deformation, work theorem, betti theorem, variational principles (100 % complete)


• numerical analysis - iee754, roundoff/truncation error, numerical linear and nonlinear systems, polynomial interpolation, optimization, numerical differentiation and quadrature, python basics (~90 % complete)

Significant credit is owed to (respectively) Gary Dargush, Danial Faghihi, Jiaoyan Li, and John Ringland, whose teachings inspired the content of these notes

misc

• bible - easy to use kjv bible


• meditations - by marcus aurelius


• shankar - quotes from ramamurti shankar


• rwu interview


• favorites from the national gallery of art