• Abnormal twin-twin interaction by {1122} twinning in [0001]-oriented micropillar of pure titanium at cryogenic temperature

• Impact of formate based deicing agents on asr products: Microstructural,chemical and mechanical characteristics

• Deformation of metal-ceramic nanolaminates at extreme strain rates

• Microstructures and mechanical properties of Fe3O4-reinforced glass matrixcomposite coatings fabricated using a novel hot-rolling deposition process

• Electric charges as an apparent governing parameter for electron inducedstress relaxation in amorphous silica micropillars

• Plastic deformation and strain rate sensitivity of chemically strengthened glass

• Frictional Unlocking and Energy-Controlled Constrained Densification in Nanoparticle Networks

• Anomalous strain hardening via manipulating basal/pyramidal dislocationinteractions in the Mg-Y-Ca alloy

• Residual stress influences on fracture behaviour of bioinspireddental materials

• Additively manufactured mechanical meta-materials: manufacturing defects, process-defect relationship and evaluation of mechanical properties considering defects

• Experimental–numerical characterization of metal–ceramic interfacialbonding via micro-bending

• Grain size dependence of activation volume and strain rate sensitivity inFCC high entropy alloys

• Extending mechanical size effect range of thin film metallic glasses bynanoengineering their atomic and nanostructure

• Particle size effect on supersonic impact-induced bond strength

• Functionally graded spinodal nanoarchitected ceramics with unprecedentedrecoverability

• A cost-effective all-in-one halide material forall-solid-state batteries

• A Semiconductor Composite with High Solid-StateLubrication and Low Thermal Conducting Properties

• Extending nanoindentation testing toward extreme strain rates and temperatures for probing materials evolution at the nanoscale

• Accelerated Fatigue Strength Prediction via Additive Manufactured Functionally Graded Materials and High-Throughput Plasticity Quantification

• Nanoindentation responses of Fe-Cr alloys from room temperature to 600 °C