The first assumption is consistent with an abstractist vision of everlasting architectural objects.
This assumption is consistent with a standard elasto-plastic constitutive model.
This assumption is consistent with the observation of the biological significance of electric fields (pyro- piezo electricity) during bones formation.
Since the energy consumption increases with the broadcast radius, this assumption is consistent with common sensor networks.
This assumption is consistent with the resource-sharing strategy adopted in 3GPP for LTE-Advanced type I relays.
This assumption is consistent with prior works (Fokaides and Kalogirou [2011]; Ham and Golparvar-Fard [2014]; Madding [2008]).
This assumption is consistent with recent experimental measurements of energy transfer rates of explosives at low temperatures.
This assumption is consistent with our findings in which 18F-DCFPyl and 18F-PSMA-1007 showed identical internalization efficiency, despite their IC50 values being approximately twofold apart.
This assumption is consistent with the hypothesis that the effect of crossing the fault to free surface is not significant in generating high-frequency radiation.
This assumption is consistent with the occurrence of greigite in Holocene lake sediments such as those in Loch Lomond (Snowball and Thompson 1990).
This assumption is consistent with several dynamic rupture models (e.g., Day 1982; Song and Somerville 2010), whereas Schmedes et al. (2010, 2013) reported that such correlation is unclear at least under certain conditions of dynamic rupture models.
