Hakkari Üniversitesi Akademik Veri Yönetim Sistemi
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THE SOCIAL AND ECONOMIC STATUS OF DIVORCED WOMEN: AN ASSESSMENT OF EMPOWERMENT-ORIENTED INTERVENTIONS
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Tracing tetrodotoxin distribution and variation in naturalpopulations of Modern European Newts
No full textYedi Kıtada Yapay Zekâ ve Dijitalleşme Eğitimi: Türkiye Yüzyılı Maarif Modeli PerspektifindenKarşılaştırmalı Bir Analiz
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STATIC STRUCTURAL ANALYSIS OF FDM PARTS WITH HONEYCOMBINTERNAL STRUCTURE USING FINITE ELEMENT METHOD
No full textEnhanced mechanical properties of nanocellulose additive acrylonitrile butadiene styrene with thermal annealing
No full textThis twin-screw extrusion and injection molding study examined the mechanical and thermal effects of cellulose nanocomposite content on ABS/nanocellulose composites (CNC). Mechanical tests showed that the 3% CNC-reinforced ABS composite had the highest tensile modulus and flexural strength exceeding pure ABS and other CNC concentrations. 5%wt CNC increased stiffness but decreased tensile strength due to agglomeration. CNC inclusion significantly reduced impact strength at 5%wt CNC compared to pure ABS. DSC showed that CNC concentration enhanced glass transition temperature, peaking at 5%wt CNC due to greater interfacial hydrogen bonding. Thermal annealing at 120°C increased tensile strength by 5% (1CNC), 7% (3CNC), and 5.4% (5CNC) over 90°C. At 1% and 3% loadings, SEM showed homogeneous CNC dispersion, but 5%wt CNC had voids and clusters