• High temperature properties of single crystal diamond nanopillars

• Mechanical and tribological properties of a refractory high entropy HfMoNbTaTiVWZr thin film metallic glass implanted with nitrogen ions

• Mechanical properties of cycled single crystal LiNi0. 8Mn0. 1Co0. 1O2 (NMC811) particles

• Volumetric additive manufacturing of composites via hydrogel infusion

• A strategy to reduce thermal expansion and achieve higher mechanical properties in iron alloys

• Weakening of granite by alternating voltage excitation of dispersed quartz: A 2D numerical analysis based on cohesive interface elements with a fatigue damage model

• Toughness by Design: Multi-Scale Interpenetrating Lattices with Size-Enhanced Fracture Resistance

• Iron-rich diet enhances the damage resistance of bamboo rat tooth enamel

• Curvature-Guided Mechanics and Design of Spinodal and Shell-Based Architected Materials

• Deep-eutectic solvents enable tunable

• Interface strength and crack propagation mechanisms in sintered coppernanoparticles

• Micromechanical characterisation of osteoarthritic subchondral bone by micropillar compression

• Energy Dissipation of Metallic Microlattices Under Extreme Thermomechanical Environments

• From In‐Silico Optimized Microfabrication to Experimental Validation: Engineering a Tridimensional Epi‐Intraneural Interface

• Mechanical Behavior of Nanocluster-Based Nanocomposites Made Using Two-Photon Lithography

• Double-network-inspired mechanicalmetamaterials

• Software design of micron indentation system based on LabVIEW

• Phase transformation in Ce-Doped zirconia single and oligo-crystals: In-situmicro-compression with electron back-scattered diffraction analysis

• High-entropy alloy mapping in the Co-Cr-Fe-Mo-Ni-W compositionallibrary using a combinatorial thin film

• Interaction and competition between continuous and geometric dynamicrecrystallization in high-strain-rate deformation of nickel-based superalloys