The paper aims to present the result obtained during mechanical characterization of ceramic materials. The characterization of the materials was realized using the G200 nanoindenter with the goal of fully characterizing the mechanical proprieties (hardness, and modulus)
The aim of this thesis is to determine the suitability of using advanced indentation methods for var...
In this paper, analysis and interpretation of mechanical property measurements of β-SiAlON ceramic w...
Nanoindentation is a widely used state of the art facility to precisely and conveniently evaluate th...
The hardness of alumina ceramics determines their performance in high end structural applications li...
Nanoindentation is a depth sensing indentation technique to probe the mechanical properties of small...
Instrumented indentation (referred to as nanoindentation at low loads and low depths) has now become...
This chapter describes commonly used methods of analyzing and interpreting hardness, elastic modulus...
The nanoindentation or indenter testing technique (ITT) is a functional and fast technique that can ...
Nanoindentations at loads of 20-200 mN were performed on submicrometer sintered alumina ceramics of ...
Nanoindentation technique is used to assess the mechanical properties of materials at nano-level. A ...
This paper reports on the mechanical behavior of high-strength dental ceramics, lithium disilicate g...
AbstractNanoindentation is a powerful technique used for assessing mechanical properties at nano/mic...
It is well known that physical, structural, mechanical as well as other functional properties change...
AbstractNanoindentation is a useful method to probe the material properties of a solid. Its effectiv...
Nanoindentation technique is commonly used to characterize nanomechanical properties of micro- and n...
The aim of this thesis is to determine the suitability of using advanced indentation methods for var...
In this paper, analysis and interpretation of mechanical property measurements of β-SiAlON ceramic w...
Nanoindentation is a widely used state of the art facility to precisely and conveniently evaluate th...
The hardness of alumina ceramics determines their performance in high end structural applications li...
Nanoindentation is a depth sensing indentation technique to probe the mechanical properties of small...
Instrumented indentation (referred to as nanoindentation at low loads and low depths) has now become...
This chapter describes commonly used methods of analyzing and interpreting hardness, elastic modulus...
The nanoindentation or indenter testing technique (ITT) is a functional and fast technique that can ...
Nanoindentations at loads of 20-200 mN were performed on submicrometer sintered alumina ceramics of ...
Nanoindentation technique is used to assess the mechanical properties of materials at nano-level. A ...
This paper reports on the mechanical behavior of high-strength dental ceramics, lithium disilicate g...
AbstractNanoindentation is a powerful technique used for assessing mechanical properties at nano/mic...
It is well known that physical, structural, mechanical as well as other functional properties change...
AbstractNanoindentation is a useful method to probe the material properties of a solid. Its effectiv...
Nanoindentation technique is commonly used to characterize nanomechanical properties of micro- and n...
The aim of this thesis is to determine the suitability of using advanced indentation methods for var...
In this paper, analysis and interpretation of mechanical property measurements of β-SiAlON ceramic w...
Nanoindentation is a widely used state of the art facility to precisely and conveniently evaluate th...