Local Mechanical Properties of Cast and Sintered High Cr-Alloyed Steel

Ruslan Shvab; Pavol Hvizdoš; Eva Dudrová; Ola Bergman; Sven Bengtsson

doi:10.4028/www.scientific.net/KEM.586.241

Paper Titles

Investigation of Changes in Microstructure of Remelted Air Plasma Sprayed NiCrAlY Coating after Short Thermal Exposure in Air with the Assistance of Microhardness Measurements
p.226

The Effect of the Polyamide Reinforcement on Mechanical Properties of Fluorocarbon Rubbers Exposed in Aggressive Environment
p.230

Effect of Sterilization Processes on the Fiber/Matrix Interphase Properties of CF/PDMS Composite to be Used in Orthopaedics
p.234

Using the Multi-Parameter Fracture Mechanics for more Accurate Description of Stress/Displacement Crack Tip Fields
p.237

Local Mechanical Properties of Cast and Sintered High Cr-Alloyed Steel
p.241

Experimental and Numerical Analysis of Local Mechanical Properties of Drawn Part
p.245

Local Changes of Microhardness in Dissimilar Weld Joints after High Temperature Exposure
p.249

Characterization of the Interphase in Carbon Fiber Reinforced Polymeric Composite by a Modulus Mapping Test
p.253

Evaluation of Local Plastic Flow in the Vicinity of Indentation by the Means of DIC Applied on SEM Micrographs
p.257

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Local Mechanical Properties of Cast and Sintered High Cr-Alloyed Steel

Abstract:

Local mechanical properties of high Cr-alloyed sintered and cast steels with the same chemical composition were investigated using instrumented indentation method. Standard loading/unloading mode was applied, the measurements were done in load range 1 – 500 mN. Load size effect was observed and its parameters were evaluated. Indentation hardness and elastic modulus were found slightly higher for the sintered material. Differences in indentation parameters were explained based on microstructure of materials.