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Joby M. Anthony III

Table of Contents
About Me
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.

1. Papers

  1. 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

  2. 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.

2. Codes

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.

2.1. Python Packages

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.

2.2. Julia Packages

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.

2.3. Various Software

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.

  • Integrated Computational Materials Engineering (ICME) Site under development…​

2.4. iPhone Shortcut Calculators

The following shortcuts allow one to perform calculations directly on the iPhone.

  • LinearInterpolation: Law of Similar Triangles to find some third data point certain information and two known data points.

  • 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.