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Havva Esra Bakbak

Observed names: Bakbak, Havva Esra, Havva Esra Bilişik
Institution: Ege University
Observed institution: Ege University
ORCID: 0000-0001-5432-6944
Observed ORCID: 0000-0001-5432-6944
OpenAlex ID: A5117527809
A Hybrid Machine Learning Approach for Detecting and Assessing Zyginidia pullula Damage in Maize Leaves
2025 · Havva Esra Bakbak, Caner Balım, et al. · Applied Sciences · 3
GPS Signal Channel Modeling and Verification
2017 · Olcay Yiğit, Havva Esra Bilişik, et al. · Procedia Computer Science · 3
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Enhanced Fracture Toughness of Para-Aramid Materials via Chemical Vapor Deposition–grown Carbon Nanotubes
2026 · Bilişik, Erman, Erdoğan, Gülhan, et al. · Erciyes University - AVESIS
Nano kaplama soft balistik malzemelerin makine öğrenmesiyle (AI-ML) sürtünme özelliklerinin tahminlenmesi
2026 · Bakbak, Havva Esra, Onan, Aytuğ, et al. · Erciyes University - AVESIS
Influence of Surface-Grown Carbon Nanotubes on the Interfacial Behavior of Para-aramid Fabrics under Successive Pull-Out Loading
2026 · Erman Bilişik, Havva Esra Bakbak, et al. · Erciyes Üniversitesi Fen Bilimleri Enstitüsü Fen Bilimleri Dergisi
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Analytical and Computational Modelling of Textile Materials: Theory, Methods, and Applications
2026 · Bilişik, Erman, Bilişik, Abdulkadir, et al. · Erciyes University - AVESIS
Influence of Surface-Grown Carbon Nanotubes on the Interfacial Behavior of Para-Aramid Fabrics under Successive Pull-Out Loading
2026 · Bilişik, Abdulkadir, Korkmaz, Mahmut, et al. · Erciyes University - AVESIS
Interfacial pull-out and failure prediction in MWCNT-functionalized aramid fabric material using machine learning
2026 · Havva Esra Bakbak, Erman Bilisik, et al. · Materials Today Communications
Predicting Interfacial Pull-Out Performance of Nano-B4C/Aramid Material with Stage-Wise Physics-Guided Machine Learning
2026 · Havva Esra Bakbak, Aytuğ Onan, et al. · Polymers
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Akilli Yansitici Yüzey Destekli̇ Mimo Si̇stemleri̇nde Kanal Kapasi̇tesi̇ Anali̇zi̇
2026 · Havva Esra Bakbak, Osman Demirci, et al. · International Journal of 3D Printing Technologies and Digital Industry
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Works count: 10
Citation count: 6
H-index: 2
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