scientia iranica سال:2019 - دوره:26

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scientia iranica
سال:2019 - دوره:26 - شماره:2-A

a combination of computational fluid dynamics, artificial neural network, and support vectors machines models to predict flow variables in curved channel - صفحه:726-741 analysis of rc beams strengthened with frp sheets under shear and flexure using mcft - صفحه:634-649 axial translation of a rigid disc inclusion embedded in a penny-shaped crack in a transversely isotropic solid - صفحه:678-689 core impact force of vertical water jets on smooth and rough surfaces - صفحه:690-698 development of a new integrated method for generation of idf curves based on three scenarios of climatic changes - صفحه:742-751 development of predictive models for shear strength of hsc slender beams without web reinforcement using machine-learning based techniques - صفحه:709-725 investigation of bridge abutment displacements constructed on piles and geogrid reinforced soil using the finite-element method - صفحه:625-633 liquefaction prediction using rough set theory - صفحه:779-788 numerical modeling of flood waves in a bumpy channel with different boundary conditions - صفحه:667-677 strength development of binary cement concrete, using pulverized fly ash (pfa) under various curing conditions - صفحه:615-624 strengthening and shape modification of fire-damaged concrete with expansive cement concrete and cfrp wrap - صفحه:699-708 uncertainty management in time estimation of construction projects: a systematic literature review and new model development - صفحه:752-778 uncoupled analysis of rc-slabs under near-field air explosions: examination of various empirical equations for simulating blast loads - صفحه:650-666