Sentence examples for investigated structures were from inspiring English sources
The changes, induced by the alternations of the binders (bentonite, kaolin clay) and fluxing agents (BaCO3, feldspar), were monitored in the temperature range 1000° to 1250 °C in which complete densification and re-crystallization of the investigated structures were accomplished.
The investigated structures were realistically designed and detailed to different design ground accelerations and capacity design requirements to represent a wide range of contemporary buildings with variations in longitudinal (flexure) and transverse (shear and confinement) reinforcement.
The investigated structures were grown on (100 -oriented GaSb substrates by a solid source molecular beam epitaxy system equipped with valved cracker cells for both antimony and arsenic.
All the investigated structures are metallic, a trend common to the previously proposed 3D C60 polymers.
The current-voltage (I-V) characteristics of the investigated structures are analyzed, where the device electrical parameters are extracted.
The junctions are fully realized by optical lithography and the smallest investigated structures are 3 × 3 μm2 area.
Besides, results of nonlinear static analyses revealed that by increasing the applied loads, the investigated structures are more susceptible to progressive collapse when they lose an internal column.
The thermo-physical characteristics of the investigated structure are reported in Table 2.
The investigated structure was a composite carbon-epoxy part bonded to a titanium plate, and artificial debondings were simulated by inserting Teflon™ tapes of various dimensions within the joint.
