mechanics of advanced composite structures سال:2025 - دوره:12

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mechanics of advanced composite structures
سال:2025 - دوره:12 - شماره:Special Is

a comparative study of machine learning techniques for predicting mechanical properties of fused deposition modelling (fdm)-based 3d-printed wood/pla biocomposite - صفحه:261-270 achieving high strength in fe-based metallic glass reinforced aluminum matrix composites through combined ball milling and spark plasma sintering - صفحه:435-446 artificial neural network (ann) approach to predict tensile properties of longitudinally placed fiber reinforced polymeric composites including interphase - صفحه:353-360 bearing response prediction in hydrothermal aged carbon fiber reinforced epoxy composite joints using machine learning techniques - صفحه:329-338 complementary split ring resonator-inspired antenna for wearable multiband applications using biodegradable polylactic acid - صفحه:339-352 design and development of a pine needle briquetting machine for the uttarakhand region of india - صفحه:293-303 effect of on and off axis open hole tensile testing of gfrp/epoxy composites - صفحه:319-328 enhancement of compressive strength in cement admixed bangkok clay with glass fiber and bottom ash for eco-friendly functional road materials - صفحه:279-292 experimental investigation of repair of glass epoxy composite with edge and center crack by epoxy resin - صفحه:371-377 exploring multi-scale thermal behaviour in pin-on-disc systems for organic, metallic, ceramic, and polymer composites - صفحه:305-317 integration of artificial neural network and taguchi method for prediction and minimisation of thick-walled polypropylene gear shrinkage - صفحه:249-260 mechanical properties and water absorption of epoxy composites reinforced with treated long hair fiber for sustainable manufacturing - صفحه:379-392 mechanical properties of hemp fiber-reinforced polypropylene composites for drone propeller guard application - صفحه:271-277 patch antennas with pdms substrate to detect tumors and their data transmission through erpo-ofdm modulation technique in vlc - صفحه:401-411 quantum machine learning approach for the prediction of surface roughness in additive manufactured specimens - صفحه:425-433 s-parameter analysis of three-layered aperture coupled antenna with a flame retardant-4 composite material as substrate for biomedical applications - صفحه:361-369 stacking-sequence optimization and buckling analysis of graphene/fiber-reinforced laminated plates - صفحه:413-424 the impact of fiber architecture on the mechanical properties of hand lay-up reinforced polyester resin - صفحه:393-400