Ritin Mathews

Degrees

PhD. Mechanical Engineering, University of Texas at Dallas, USA, 2022
M.S. Mechanical Engineering, University of Texas at Dallas, USA, 2020
B.S. Mechanical Engineering, Kerela University, India, 2017

Work Experience

Mechanical Draftsman, ETNA Prestige Tech. Inc., NY, USA, (Sept 2017 – Jan 2019)

Licences & Certifications

Fundamentals of Engineering, NCEES (Dec 2018)

Research Interests

• High Speed Machining of Aerospace Aluminum Alloys
• Grain Structure Prediction Using Kinetic Monte Carlo Simulation
• Polycrystaline material property prediction using CPFE.
• Wire Arc Additive Manufacturing (WAAM) simulations

Journal Publications

• Mathews, Ritin, Kishore Mysore Nagaraja, Runyu Zhang, Sumair Sunny, Haoliang Yu, Deon Marais, Andrew Venter, Wei Li, Hongbing Lu, and Arif Malik, “Temporally continuous thermofluidic-thermomechanical coupling framework for metal additive manufacturing,” International Journal of Mechanical Sciences (2023)
• Seger, Michael, Ritin Mathews, Deon Marais, Andrew M Venter, Jeremiah Halley, Jyhwen Wang, and Arif Malik, “Contribution of inherent residual stress in wrought aluminum 7050-T7451 plate on the distortion of high aspect ratio machined parts,” Journal of Manufacturing Science and Engineering (2022) (Under Review)
• Sadeh, Sepehr, Ritin Mathews, Runyu Zhang, Sumair Sunny, Deon Marais, Andrew M Venter, Wei Li, and Arif Malik, “Interlayer machining effects on microstructure and residual stress in directed energy deposition of stainless steel 316L,” Journal of Manufacturing Processes (2023)
• Patel, Akash, Arif Malik, Ritin Mathews, “Computational Method to Predict 3D Chatter Vibration in Cold Rolling of Flat Metals,” Journal of Manufacturing Science and Engineering (2022)
• Patel, Akash, Arif Malik, Feng Zhang, and Ritin Mathews. “Influence of work-roll grinding error and high-fidelity corrective grinding in cold sheet rolling.” The International Journal of Advanced Manufacturing Technology (2022)
• Gleason, Glenn, Sumair Sunny, Ritin Mathews, and Arif Malik. “Numerical investigation elucidating effects of microstructure on the transient thermomechanical phenomena during laser impact welding.” Journal of Manufacturing Processes 79 (2022): 115-125.
• Mathews, Ritin, Sumair Sunny, Arif Malik, and Jeremiah Halley. “Coupling between inherent and machining-induced residual stresses in aluminum components.” International Journal of Mechanical Sciences (2021): 106865.
• Gleason, Glenn, Sumair Sunny, Ritin Mathews, and Arif Malik. “Numerical investigation of the transient interfacial material behavior during laser impact welding.” Scripta Materialia 208 (2022): 114325.
• Sunny, Sumair, Ritin Mathews, Glenn Gleason, Arif Malik, and Jeremiah Halley. “Effect of metal additive manufacturing residual stress on post-process machining-induced stress and distortion.” International Journal of Mechanical Sciences 202 (2021): 106534.
• Sunny, Sumair, Glenn Gleason, Karl Bailey, Ritin Mathews, and Arif Malik. “Importance of microstructure modeling for additively manufactured metal post-process simulations.” International Journal of Engineering Science 166 (2021): 103515.
• Sunny, Sumair, Ritin Mathews, Haoliang Yu, and Arif Malik. “Effects of microstructure, inherent stress, and temperature when predicting residual stress induced during hybrid powder bed fusion with roller burnishing.” International Journal of Mechanical Sciences (2022)
• Sunny, Sumair*, Glenn Gleason*, Ritin Mathews, and Arif Malik. “Simulation of laser impact welding for dissimilar additively manufactured foils considering influence of inhomogeneous microstructure.” Materials & Design 198 (2021): 109372. [*: Joint first author]
• Sunny, Sumair, Haoliang Yu, Ritin Mathews, and Arif Malik. “A predictive model for in situ distortion correction in laser powder bed fusion using laser shock peen forming.” The International Journal of Advanced Manufacturing Technology 112, no. 5 (2021): 1319-1337.
• Sunny, Sumair, Haoliang Yu, Ritin Mathews, Arif Malik, and Wei Li. “Improved grain structure prediction in metal additive manufacturing using a dynamic kinetic Monte Carlo framework.” Additive Manufacturing 37 (2021): 101649.

Community Outreach

Ritin participated in the 6 week Chinese Association of Science and Technology’s Engineering summer camp 2019 at UT Dallas, wherein he mentored a group of high school students on an engineering level project. The project focussed on developing a predictive model of Wire arc additive manufacturing for a spur gear and comparing the gear with a conventionally cast one.

Interests & Hobbies

Ritin is a huge soccer fan and loves playing soccer any chance he gets.

Network