international journal of engineering سال:2023 - دوره:36

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international journal of engineering
سال:2023 - دوره:36 - شماره:11

a hybrid approach to detect researchers’ communities based on deep learning and game theory - صفحه:2052-2062 a multiple kernel learning based model with clustered features for cancer stage detection using gene datasets - صفحه:2028-2037 a numerical study to investigate shear behavior of high-strength concrete beams externally retrofitted with carbon fiber reinforced polymer sheets - صفحه:2112-2123 an integrated production-distribution problem of perishable items with dynamic pricing consideration in a three-echelon supply chain - صفحه:2038-2051 deep multi-task convolutional neural networks for efficient classification of face attributes - صفحه:2102-2111 development of light dynamic penetrometer for application in dense soil - صفحه:1982-1992 effect of inclined angle in trimming of ultra-high strength steel sheets having inclined and curved shapes - صفحه:2004-2014 evaluating traffic performance on basra city urban roads network - صفحه:2063-2072 experimental investigation and thermodynamic modeling of zn+2 and ni+2 extraction from zn plant residue using d2ehpa - صفحه:2015-2027 exploring factors influencing cryptocurrency adoption: a comprehensive modeling based on fuzzy cognitive maps approach - صفحه:2073-2086 investigation of shell side overall performance of a novel shell-and-double-concentric –tube heat exchanger with simple and perforated helical baffles - صفحه:1972-1981 novel scheme for data hiding in binary images using cover pattern histogram - صفحه:2124-2136 numerical study and comparison of two-dimensional ferrofluid flow in semi-porous channel under magnetic field - صفحه:2087-2101 process parameter optimization of 3d-printer machine using response surface method for printing hydroxyapatite/collagen composite slurry - صفحه:1961-1971 synthesis of polyvinyl alcohol-chitosan composite film using nanocellulose from coconut fibers (cocos nucifera) - صفحه:1993-2003 the post-fire behavior of lightweight structural concrete is improved by nano-sio2 and steel fibers - صفحه:1942-1960