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Three types of tube morphologies, i.e., discrete particles encapsulated tubes, hollow tubes, and tubes only partially filled with nanoparticles, were observed (Fig. 3a).
Additionally, this paper reports 2D parametric analyses of the effect of commonly encountered types of tube deformations on heat flux uniformity.
Three different types of tube profiles, such as, single-fluted aluminum tube, smooth Cu-Ni (90-10) tube and corrugated Cu-Ni 90-100) tube have been used for the design of the evaporator.
As illustrated in Fig. 7, the 3-D model resulted in lower critical (cut-off) clearances for both types of tube materials (Ett = 0 GPa and Ett = 1.2 GPa) and higher contact stresses for strain hardening material than the axisymmetric model.
Both types of tube were incubated for 30 mins at room temperature to allow clot formation in the serum samples, and then centrifuged as described above.
Below are certain types of tube damage which may signal that it's better to forego a patch: Multiple holes.
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These two types of tubes have identical crushing mechanism, including two crushing stages.
Several different types of tubes are also described in this chapter.
In addition to conventional FRP tubes, new types of tubes with integrated internal FRP reinforcement have been designed and tested.
The whole boiler including; walls, burners, air channels, three types of tubes, etc., was modeled in the real scale.
Further research is required to optimize the bionic cross-section, rib, and thickness for the new types of tubes.
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