Then fibers were molten with different types of sands at the temperature range of 180 200 °C.
Variations in the crystallographic texture in Ni-25 at.%Mo alloys fabricated by selective laser melting with different scanning strategies were designed for the first time.
The development of organized structures from sheared isotactic polypropylene melts with different amounts of dibenzylidene sorbitol (DBS) as a nucleating agent has been followed in real time using small angle X-ray scattering in conjunction with synchrotron radiation.
Microstructure and phase evolution on the surface of Ti 45Al 2Nb 2Mn 1B (at.%) gamma based titanium aluminide was investigated by a series of electron beam melting with different beam energies and scanning speeds.
Dielectric conductivity and permittivity of poly ethylene glycol) were measured in the frequency range between 101 and 106 Hz during non-isothermal crystallization and melting with different cooling/heating rates (5, 10 and 20 K/h).
N-TPI and LARC-IA were also melt blended with different isomers of PEKK including PEKK 50T/50I), (60T/401), (80T/20I) and (100T/0I), which have melting temperatures of 320, 310, 355 and 390°C, respectively, and equivalent glass transition temperatures of ∼160°C; T/I refers to the ratio of 1,4 and 1,3 ketone linkages, respectively.
A masterbatch of PS with a 2 wt% content of MWCNT is prepared and then melt mixed with different amounts of PLA.
Two ethylene-1-butene thermoplastic elastomer copolymers were melt mixed with different nanometric fillers such as: multi-walled carbon nanotubes (CNT), thermally reduced graphite oxide (TrGO), and spherical metal nanoparticles.
The phase of the fabricated ANA-NWs shows behaviors of LSC phase such as melting with the different volume fraction according to control parameter of the retraction speed of z-axis observation of the three phases of LSC for the fabricated NWs, which are determined by the retraction speed of nanopipette tip movement.
The microstructure evolution, hardness distribution and stress field in the melted zone with different laser power were simulated.
