Indentation techniques have been extensively used for mechanical characterisation of
materials. Development of instrumented indentation techniques at low and ultra low load …

A new instrumented spherical indentation test (ISIT) methodology is proposed to determine
fracture toughness of metallic materials that their strain hardening can be adequately …

The effect of standard heat treatment on the microstructure and mechanical properties of Ni–
Fe base super-alloy, Inconel 718 was studied by optical microscopy and ball indentation …

Herein, graphene encapsulated equiatomic CoCrFeMnNi high-entropy alloy (Gr/FMH)
micro/nanoparticles were designed and prepared by in-situ mechanical exfoliation graphite …

Electroless nickel-phosphorous (Nisingle bondP) coating was deposited on steel substrate
followed by annealing at 600° C in an argon atmosphere. Nanoindentations and …

This paper outlines an inverse analysis approach aimed at the identification of the
mechanical properties of metallic materials based on the experimental results obtained from …

A hybrid machining technology with rotary ultrasonic roller burnishing process has been
developed. There is no material removal when the machined surface is generated by the …

TiAlN film was deposited with Cr-CrN interlayer (Cr-(CrN/TiAlN)) on DAC-10 tool steel using
cathodic arc deposition followed by annealing in vacuum chamber at 700° C temperature …

Fracture toughness indicates the resistance to unstable crack growth that is very important in
the assessment of structural integrity. As the Instrumented Indentation Test (IIT) technique is …

Fracture toughness can be estimated using indentation test (K Ind) based on continuum
damage mechanics, usually with the assumption that the critical damage parameter (D cr) of …