Material Testing of Natural Stones Used in Historical Buildings Based on Scanning Electron Microscopy and Nanoindentation

Petr Koudelka; Daniel Kytýř; Veronika Koudelková; Jaroslav Lukeš; Tomáš Doktor; Jaroslav Valach

doi:10.4028/www.scientific.net/KEM.586.186

Paper Titles

Local Mechanical Properties of Borides in Fe-B Steels
p.170

Determination of Mechanical Properties of Active Solder Alloys Using the Measuring Method “Small Punch Test”
p.174

Mechanical Properties of Interface of Heterogeneous Diffusion Welds of Titanium and Austenitic Steel
p.178

The Resistance Tests of Glass-Cement Plates in High Temperatures
p.182

Material Testing of Natural Stones Used in Historical Buildings Based on Scanning Electron Microscopy and Nanoindentation
p.186

On the Indentation Modulus of Sintered Materials
p.190

Influence of Interphase Imperfection on Micro-Crack Behavior in Polymer Composites Filled by Rigid Particles
p.194

Ionizing Radiation Effect on PMMA Measured by Microhardness
p.198

Analysis of Composite Shrinkage Stresses on 3D Premolar Models with Different Cavity Design Using Finite Element Method
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HomeKey Engineering MaterialsKey Engineering Materials Vol. 586Material Testing of Natural Stones Used in...

Material Testing of Natural Stones Used in Historical Buildings Based on Scanning Electron Microscopy and Nanoindentation

Abstract:

In the case of material parameters required for evaluation of built heritage preservation state, knowledge of the least possible volume of removed sample is essential in order to minimize damage accumulation to the buildings. These requirements lead to determination of representative volume element (RVE) that was in this paper calculated using combination of image and signal processing techniques. Then, a detailed map of material properties was created using nanoindentation to evaluate local characteristics of the material. Furthermore, atomic composition of samples was quantified by energy dispersive spectrometry (EDX) detector for scanning electron microscopy (SEM) device. Presented method based on combination of SEM, EDX and nanoindentation techniques demonstrates possibility of effective testing in the field of historical buildings preservation.

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Periodical:

Key Engineering Materials (Volume 586)

Pages:

186-189

DOI:

https://doi.org/10.4028/www.scientific.net/KEM.586.186

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Online since:

September 2013

Authors:

Petr Koudelka, Daniel Kytýř, Veronika Koudelková, Jaroslav Lukeš, Tomáš Doktor, Jaroslav Valach

Keywords:

Local Phase Distribution, Nanoindentation, Representative Volume Element (RVE), SEM

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