Accurately obtaining the mechanical properties of materials is crucial for materials property
evaluations and engineering designs. Nanoindentation technology has emerged as an …

The solution of instrumented indentation inverse problems by physically-based models still
represents a complex challenge yet to be solved in metallurgy and materials science. In …

In this study, a deep learning based nanoindentation method is proposed to reduce the
complexities in evaluating mechanical properties of polymers. To uniquely identify the …

Due to the substrate effect, there are several difficulties to evaluate the material properties of
thin films via nanoindentation. In this study, an inverse analysis method based on an artificial …

This is a review of the current state‐of‐the‐art regarding a particular approach to extraction
of the (quasistatic) stress–strain relationship of a metallic sample from an indentation …

As deformation rate increases, the thermally activated dislocation glide gives way to a
continuous glide of dislocations governed by their interactions with phonons. Understanding …

The hot tensile behavior of a low-alloyed ultra-high strength (LUHS) steel is studied by
performing the isothermal tensile tests under different tensile processing parameters (strain …

Indentation plastometry extracting plastic properties of a material from a non-destructive
instrumented indentation has emerged as an efficient and practical method beyond the …

The instrumented indentation technique has been investigated to efficiently evaluate the
mechanical responses of materials with few limitations on the shape and size of the …

This study presents a method for evaluating plastic properties and equi-biaxial residual
stress (RS) simultaneously using the images of generated imprints in indentation tests and …