I am passionate about learning. I enjoy learning, discovering, and discussing new and novel ideas and topics. Growing up, my favorite subjects in school were mathematics, chemistry, and physics. This passion extended to receiving a Bachelor’s of Science in Mechanical Engineering with a Minor in Mathematics from Liberty University in 2020. The desire for higher education is currently expressed in the pursuit of a PhD with Engineering from Liberty University with Dr. Mark Atwater. To view a formal summary of my work and capabilities, please look at my resume.
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A. Eisenman, J. Anthony, and D. Satagaj, “A Study in the Use of Elastic Materials in Expandable Containment Units,” Montview Liberty University Journal of Undergraduate Research, vol. 3, no. 1, Jun. 2017, [Online]. Available: https://digitalcommons.liberty.edu/montview/vol3/iss1/1
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H. Medina, J. M. Anthony, and T. Eldredge, “Evaluating the performance of static mixers using the -number: the case of the Koflo® mixer,” Eng. Res. Express, vol. 5, no. 1, p. 015026, Feb. 2023, doi: 10.1088/2631-8695/acb9d6.
Much of the work I do is automated by scripts and codes for consistency and flexibility with respect to varying input parameters. The Python packages were primarily written from Numerical Methods and Ordinary/Partial Differential Equations courses and are used extensively throughout much of other works. The Integrated Computational Materials Engineering (ICME) repository is a by-product of taking an ICME course while access to the well-standing website (ICME-MS-CAVS) has been denied for future users. Much of the content in the ICME repository below references and collects information, processes, methodologies, and scripts from the original ICME website (ICME-MS-CAVS); however, my repository differs with an as-written "installable" environment that future users might quickly begin calculations without as much manual setup for a Debian-based Linux distribution.
So far, only the numerical_methods module is included to the joby_m_anthony_iii package, but there exists a thought to later add modules for other subject areas such as: mechanics of materials, mechatronics, or physics.
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joby_m_anthony_iii:pip install joby_m_anthony_iii
Some research codes were found to be inextricably slow due to Python’s single-threaded object handling for complex scripts. Those codes transpiled into Julia were seen to be much faster. The FiniteElementAnalysis.jl package was born out of a Finite Element Analysis (FEA) course to perform FEA at the command line for simple cases.
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FiniteElementAnalysis: not currently registred with Julia registry
Much of content in the ICME repository (below) borrows methodologies and information from the original ICME website (ICME-MS-CAVS), but features an ability to setup the Linux environment (which is Debian-based) necessary for bridging calculations between length scales.
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Integrated Computational Materials Engineering (
ICME) Site under development…
The following shortcuts allow one to perform calculations directly on the iPhone.
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LinearInterpolation: Law of Similar Triangles to find some third data point certain information and two known data points.
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NewtonRaphson: Numerical, iterative technique for root-finding problems of single-variable equations.
Each of the shortcuts above depend on SimpleCalculator and SciCal for variable substitution in equations.