The interaction between resident cells and electrospun nanofibers is critical in determining
resultant osteoblast proliferation and activity in orthopedic tissue scaffolds. The use of …

Electrospun nanofibers have ability to boost cell proliferation in tissue engineered scaffolds
as their structure remind cells extra cellular matrix of the native tissue. The complex …

Topological phase inversion, in which γ'-precipitate becomes topological matrix phase, is a
typical 'detrimental'microstructural degradation in Ni-based single-crystal superalloys. Here …

In order to meet the design requirements of the aging treatment process of a 4th generation
nickel-based single crystal superalloy (Ni-SX) developed independently, the effects of aging …

X-ray computed tomography is more often applied in non-destructive testing the quality of
construction elements significantly crucial for reliability and safety of device elements …

Precipitation hardening is a well-known phenomenon which is widely harnessed in alloy
design strategy. In particular, the microstructural features such as shape, size, precipitate …

The effect of substituting Mo for Re in the equal weight on high temperature stress rupture
properties of Ni based single crystal superalloys has been investigated. The 980° C/250 …

A Ni based single crystal superalloy from the 2 nd generation, PWA 1484, and one from the
4 th generation, PWA 1497, were comparatively studied by scanning electron microscopy …

New type of γ′-precipitate in Ni-(6-8) Al-(7-12) Mo-4.5 Ta-1.5 Re (weight%) single-crystal
superalloys and its effect on mechanical properties have been investigated. The phase …

Dendrite growth is a complex liquid-solid phase transition process involving multiple
physical factors. A phase-field lattice-Boltzmann method was developed to simulate the two …