Assoc. Prof. Dr. Osman Bulut | Analytical Analysis | Best Researcher Award
Assoc. Prof. Dr. Osman Bulut, Istanbul Technical University, Turkey
Osman Bulut is an Associate Professor at Istanbul Technical University’s Faculty of Civil Engineering. An expert in applied mechanics, he specializes in experimental mechanics and micromechanics. His research includes stress analysis for orthodontics and implants using the photoelasticity method, material characterization for nanocomposites, and pipe-soil interaction analysis. With extensive experience in Strength of Materials, Theory of Elasticity, Structural Dynamics, and Thermoelasticity, he has authored multiple high-impact journal articles. His work on thermal stresses in functionally graded materials has led to validated experimental models, enhancing theoretical stress analysis methodologies. 📚🔬
Publication Profile
🎓 Education
Osman Bulut holds a PhD in Micromechanics, emphasizing experimental mechanics. His academic journey includes advanced studies in elasticity, continuum mechanics, and thermoelasticity, leading to significant contributions in applied mechanics. He has undertaken multidisciplinary research collaborations in dentistry, metallurgy, and geomechanics. His expertise in developing experimental setups for stress analysis has advanced theoretical models in thermal stress distribution and structural dynamics. 📖🔍
💼 Experience
As an Associate Professor, Osman Bulut teaches Strength of Materials, Engineering Mathematics, Statics, and Structural Dynamics. His research includes 11 completed/ongoing projects and collaborations across dentistry, metallurgy, and geomechanics. He has authored 18 SCI-indexed publications and consulted on eight industry projects. His experimental work on stress analysis using the photoelasticity method has advanced studies in orthodontic stress distribution and pipe-soil interaction. His expertise in elasticity and continuum mechanics contributes to innovative research in applied mechanics. 🏗️📑
🏆 Awards & Honors
Osman Bulut has received recognition for his groundbreaking contributions to experimental mechanics, micromechanics, and thermoelasticity. His innovative research on stress analysis using photoelasticity has earned him multiple citations, with 144 in WOS and 167 in Scopus. He has contributed extensively to validated stress analysis methodologies, influencing engineering applications in dentistry, metallurgy, and geomechanics. His academic excellence and industry collaborations have established him as a leading expert in applied mechanics. 🎖️🔬
🔬 Research Focus
Osman Bulut’s research spans elasticity, experimental mechanics, continuum mechanics, and thermoelasticity. His work in thermal stress analysis of functionally graded materials has led to validated theoretical formulas. He has developed experimental setups for stress concentration analysis, advancing applications in orthodontics, implants, and nanocomposites. His research integrates analytical, numerical, and experimental methods, bridging the gap between theoretical mechanics and practical engineering solutions. His contributions enhance structural integrity assessments and stress analysis methodologies. 🔍📊
Publication Top Notes
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Understanding the polymer type and CNT orientation effect on the dynamic mechanical properties of high volume fraction CNT polymer nanocomposites 📏🧪 – Cited by: 67 (2016)
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L-Arginine Modified Multi-walled Carbon Nanotube/Sulfonated Poly (ether ether ketone) Nanocomposite Films for Biomedical Applications 🏥🦠 – Cited by: 42 (2018)
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Substrate stiffness effects on SH‐SY5Y: The dichotomy of morphology and neuronal behavior 🧠🔬 – Cited by: 12 (2021)
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Boosted viscoelastic and dynamic mechanical behavior of binary nanocarbon-based polyurethane hybrid nanocomposite foams 📦🔧 – Cited by: 10 (2022)
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Thermal Stress in Functionally Graded Plates with a Gradation of the Coefficient of Thermal Expansion Only 🌡️📊 – Cited by: 10 (2022)
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Bioinspired hydrogel surfaces to augment corneal endothelial cell monolayer formation 👁️🧫 – Cited by: 10 (2021)
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Three-dimensional stress state around corrosive cavities on pressure vessels ⚙️🛢️ – Cited by: 9 (2010)
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CNT incorporation improves the resolution and stability of porous 3D printed PLGA/HA/CNT scaffolds for bone regeneration 🦴🖨️ – Cited by: 8 (2023)
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Effect of Temperature and Film Thickness on Residual Stress and Texture of Buffer Layers for YBCO Coated Conductor ❄️🔬 – Cited by: 7 (2009)
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Nonlinear behaviour of epoxy and epoxy-based nanocomposites: an integrated experimental and computational analysis ⚛️🖥️ – Cited by: 6 (2024)
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Discussion on the manuscript entitled “Thermal residual stress in a functionally graded material system” 📑📉 – Cited by: 4 (2022)
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The Coupling of Winding Models and Roll Quality Instruments 📜🔄 – Cited by: 4 (2015)
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Preparation and Thermal Stress Analysis of AlO Insulation Coatings on SS-304 Tape 🏗️🔥 – Cited by: 4 (2009)
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Çelik Taban Levhalarının Bağlantı Deliklerinde Tasarıma Aykırı Geometrik Değişimin Gerilme Dağılımına Etkisi 🔩📏 – Cited by: 3 (2020)
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The thermal stress analysis around the cavities in composite plates used for the body of reactors ⚛️📐 – Cited by: 3 (2019)
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Synergically enhanced viscoelastic behavior of binary nanocarbon based polyurethane hybrid nanocomposite foams 🔬⚙️ – Cited by: 2 (2020)
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Viscoelastic response of high volume fraction carbon nanotube-polymer nanocomposites with tailored wettability and controlled morphology 🧪🛠️ – Cited by: 2 (2019)
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Stress Analysis and Microstructure of the Al2O3/Cu/MgB2 wires 🏭🔍 – Cited by: 2 (2016)
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Absolute effective elastic constants of composite materials 📐🔬 – Cited by: 2 (2016)
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Flexible Poly (imide) Siloxane Block Copolymers to Use at Biomedical Products 🏥🧴 – Cited by: 1 (2020)
