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Bulk hierarchical porous ceramics with unprecedented strength‐to‐weight ratio and tunable pore sizes across three different length scales are printed by direct ink writing. Such an extrusion‐based process relies on the formulation of inks in the form of particle‐stabilized emulsions and foams that are sufficiently stable to resist coalescence during printing.
High-strength ceramics are required in dental posterior restorations in order to withstand the excessive tensile stresses that occur during mastication. The aim of this study was to investigate the fracture behavior and the fast-fracture mechanical strength of three veneer–framework composites (Empress 2/IPS Eris, TZP/Cercon S and Inceram–Zirconia/Vita VM7) for all-ceramic dental bridges.The load...
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