journal of rehabilitation in civil engineering سال:2019 - دوره:7

Fa | Ar | En


journal of rehabilitation in civil engineering
سال:2019 - دوره:7 - شماره:4

comparison of progressive collapse capacity of steel moment resisting frames and dual systems with buckling retrained braces - صفحه:37-56 compressive strength prediction using the ann method for frp confined rectangular concrete columns - صفحه:134-153 effect of degradation on collapse margin ratio of steel moment frames - صفحه:168-179 effect of type and distribution of shear studs on the behavior of composite steel-concrete shear walls - صفحه:154-167 estimation of the elastic properties of important calcium silicate hydrates in nano scale - a molecular dynamics approach - صفحه:18-36 experimental and fdm study on geogrid-soil interaction by reformed direct shear test apparatus - صفحه:72-87 experimental strengthening of the two-way reinforced concrete slabs with high performance fiber reinforced cement composites (hpfrcc) prefabricated sheets - صفحه:1-17 investigation of the distribution of cumulative ductility demand parameter in various stories of buckling restrained braced frames - صفحه:100-113 numerical study on the flexural behaviour of concrete beams reinforced by gfrp bars - صفحه:88-99 performance based seismic rehabilitation of steel structures with different types of shear walls - صفحه:180-193 seismic evaluation of flexible-base low-rise steel frames using beam-on-nonlinear-winkler-foundation modeling of shallow footings - صفحه:57-71 selection of optimal intensity measure for seismic assessment of steel buckling restrained braced frames under near-fault ground motions - صفحه:114-133