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Latest 2 Publications in 2026

Our team has recently published 2 more papers as part of our contribution to the body of knowledge and hoping that this findings may benefit the research community. Congratulation to the MFRL team.

1. Mohd Aslam and Ahmad Baharuddin Abdullah (2026). A critical review on bimetallic issues in part repair using additive manufacturing, Eng. Res. Express 8 062502

 2. Abed, A. N., Bin Abdullah, A. B. & Takhakh, A. M. (2026). Bearing strength of carbon fiber reinforced polymer laminates with drilled dual-hole configurations. Advances in Science and Technology Research Journal20(7), 298–307.

Eng Research Express Published Q2 1 page 0001ASTRJ Scopus 1 page 0001

 

Congratulation Aimin

Yesterday, 9th of April 2026 is a big and memorable day to Jiang Aimin. After spending almost 3 years, today he is conditionally complete his PhD journey. His first question to me was how to complete his study in 3 years. Now he realized his dream. Not just complete within 3 years, he also managed to publised in a very good journal, one of it is in Progress in Additive Manufacturing journal, among the top journal publish papers related to additive manufacturing, Congratulation Jiang Aimin.

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He became the first international student completed their study from this lab after 20 years. Thank you to all examiners and other panel members during the viva-voce for good and positive comments.

Welcome Mr. Baqer

I would like to welcome Mr. Habib Baqer Salem to the Metal Forming Research Lab USM Tuanku Syed Sirajuddin Engineering Campus. He is from Kuwait and will further his PhD study effective 1st of April 2026. His project is on dealing with springback issues in sheet metal forming process. 

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With his knowledge and experience in the area, he can complete his study as plan and more improtantly the outcomes can contribute to the enhancement of the technology. 

2 More Publications in 2026

1. Jiang, A., Abdullah, A.B. Multiscale regulation of interfacial behavior in CMT of dissimilar IN718-18Ni300 bimetal under different deposition strategies. Prog Addit Manuf (2026). https://doi.org/10.1007/s40964-025-01493-8

 PIAM Published Q1 1 page 0001

 2. Ponraj, S., Abdullah, A.B. Physics-informed boosting-based machine learning prediction of martensitic start temperature and thermal hysteresis in Cu–Al–Ni shape memory alloy. Int J Adv Manuf Technol (2026). https://doi.org/10.1007/s00170-026-17708-3

Int JMAT Published Q2 1 page 0001

The 3rd MFRL Research Seminar 2026

The event was conducted successfully and we got positive feedback from various parties. It's motivate us to reorganize the event in the future. Thank you for all support.

Aslam 2    Rajamani 1

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