Mohammad Mahdavian

Mohammad Mahdavian Top 2% Verified

N/A
Institute for Color Science and Technology
TOP
2%
Profile
38601
Rank
1718
Citations
19
h-index
213
Publications
*Data from Top 2% List (Self-Citations Excluded) for the Year: 2025

About

Mohammad Mahdavian received his Ph.D. from Amirkabir University of Technology (formerly Polytechnic University of Tehran), Iran, in 2009. He then worked as an academic faculty member at the Institute for Color Science and Technology until 2011. Then, for a period of 2.5 years, he worked as a faculty member at Sahand University, Tabriz, Iran. He is currently working as a professor in the Institute for Color Science and Technology, Tehran, Iran. His primary research interests include corrosion, coatings, surface modification, carbon allotropes, nanomaterials, simulation, prediction, optimization, machine learning, and artificial intelligence.

Experience

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Education

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Skills

Corrosion Coating Surface modification Nanomaterials Carbon allotropes Simulation Prediction Optimization Machine learning Artificial intelligence Corrosion Coating Surface modification Nanomaterials Carbon allotropes Simulation Prediction Optimization Machine learning Artificial intelligence

Key Publications

Enhanced ice-phobic properties, harnessing a moisture-cure castor oil-derived silanized polyurethane coating

Journal of Industrial and Engineering Chemistry, Aug 2025

Ce-MOF nanorods/aluminum hydroxide (AlTH) synergism effect on the fire-retardancy/smoke-release and thermo-mechanical properties of a novel thermoplastic acrylic intumescent composite coating

Chemical Engineering Journal, Jan 2022

Unlocking the potential of FTIR for corrosion inhibition prediction exploiting principal component analysis: Machine learning for QSPR modeling

Journal of the Taiwan Institute of Chemical Engineers, Apr 2025

Corrosion protective and antibacterial epoxy coating via benzyldisulfide‑sulfur-doped graphene oxide with machine-learning simulation support

Progress in Organic Coatings, Sep 2024

Developing an innovative hydrophobic/breathable functionalized graphene-based coating for controlling the chloride-induced corrosion of rebar in concrete structures

Construction and Building Materials, Apr 2025