For this study, three classical geometries of TPMS obtained by additive manufacturing were considered. The constitutive material is an Inconel 718 alloy and the samples have a rel- ative density around 30%. The mechanical behaviour of these structures is studied un- der uniaxial compression by imposing quasi- static and dynamic loadings. Taking into ac- count the relative density, the sheet gyroid presented higher material parameters (stiff- ness, Specific absorbed energy, ...) because of its more generalized plastic deformation. The plateau stress of the architectured mate- rial increased by about 56 % when increasing the strain rate from 10−2/s to 103/s for the skeletal gyroid.