Microstructure and compression properties of the alloy were investigated.
Furthermore, comparative analyses of the microstructure and compression and rebound properties of two kinds of alumina based fibrous ceramics were conducted.
In this work, lattices of Ti-6Al-4V having a cubic structure have been manufactured by EBM, and the effect of heat treatments above and below the β-transus temperature on microstructure and compression response have been investigated.
Microstructures and compression properties of Ti 45Al 8.5Nb–(W,B,Y) alloy consolidated by spark plasma sintering (SPS) and hot isostatic pressing (HIP) were investigated.
Microstructure reconstruction and compression techniques are designed to identify microstructures with desired properties.
The results indicate that the microstructure, porosity, and compression modulus of 1.5% and 1.75% GG-DF are similar to a commercially product (Teruplug®) and with good blood absorption capacity.
When cured at 25 °C, the MOC with the H2O/MgCl2 mole ratio of 11 possessed a more dense microstructure, and higher compression strength (36.95 MPa) as compared with the MOC with the H2O/MgCl2 mole ratio of 20 (16.19 MPa).
This work highlights the transformation kinetics, microstructure evolution, hardness and compression properties of four thermo-mechanically processed ductile irons (DIs) having from 0 to 1.7 wt.% aluminum.
The microstructure, phase evolution and compression mechanical properties of the alloys from 20 °C to 1200 °C are reported in this paper.
To design an alloy with high strength around 1773 K and good ductility at room temperature, the microstructure, the compression strength and the creep properties at 1773 K of the Ir Al alloys with an fcc and B2 two-phase structure were investigated.
The measured bulk density, microstructure, maximal compression strength and Young's modulus are obviously sensitive to Yb substitution level, while none of such sensitivity was found for the lattice parameters, negative thermal expansion coefficients and Vickers hardness.
