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Hicham Lberni

Low-frequency magnetic incremental permeability for the non-destructive evaluation of hardness profile after carburization treatment with large case hardening depth
2024 · Hicham Lberni, Benjamin Ducharne, et al. · NDT & E International · 18
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Magnetic Signatures and Magnetization Mechanisms for Grinding Burns Detection and Evaluation
2023 · Benjamin Ducharne, Gael Sebald, et al. · Sensors · 12
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Magnetic detection of α′-martensite in 316L austenitic steel: Toward safer hydrogen applications
2026 · Yves Armand Tene Deffo, Baptiste Vindolet, et al. · International Journal of Hydrogen Energy · 2
Assessment of carburization and hardness profile in steel rods using low-frequency magnetic incremental permeability and advanced numerical modeling
2026 · Hicham Lberni, Salim Ben-Ayed, et al. · Materials & Design
Innovative Approach to Hardness Profile Evaluation of Carburized Steels Using Low-frequency Magnetic Incremental Permeability and Fem Modeling
2026 · Lberni, Hicham, Petitpré, Hélène, et al. · HAL
Non-destructive evaluation of deep carburized steels using low-frequency magnetic incremental permeability and multiphysics FEM modeling
2025 · Hicham Lberni · theses.fr (ABES)
FQ-02. Innovative assessment of carburized steel hardness profiles using low-frequency magnetic incremental permeability
2025 · Lberni, Hicham, Ducharne, Benjamin, et al. · HAL
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Évaluation de la dureté profonde à partir de la perméabilité incrémentale à basse fréquence
2024 · Lberni, Hicham, Ducharne, Benjamin, et al. · HAL
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Profound hardness assessment from low-frequency incremental permeability
2024 · Lberni, Hicham, Ducharne, Benjamin, et al. · HAL
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Works count: 10
Citation count: 32
H-index: 2
I10-index: 2
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