1
About
Niget: NanoIndentation
General Evaluation Tool
Anna Charvátová Campbell, Radek Šlesinger, Petr Grolich
Czech Metrology Institute
Contents:
1
About
2
System requirements, compiling, and installation
2.1
Linux
2.2
Windows
2.2.1
Microsoft Visual Studio
2.2.2
MinGW suite
3
Main Window
4
Data & area
4.1
Window
4.2
Maximum depth and force
4.3
Area function
5
Oliver Pharr
5.1
Window
5.2
Procedure
6
Oliver Pharr with ODR
6.1
Window
6.2
Procedure
7
Tangent method
7.1
Window
7.2
Procedure
8
Hertz method
8.1
Window
8.2
Procedure
9
Hertz method with ODR
9.1
Window
9.2
Procedure
10
Two slopes method
10.1
Window
10.2
Procedure
11
F-h
analysis
11.1
Window
11.2
Procedure
12
Pop-in detection
12.1
Window
12.2
Procedure
13
Elastic/plastic work
13.1
Window
13.2
Procedure
14
Uncertainties
14.1
Window
14.2
Gaussian propagation of uncertainties
14.2.1
Uncertainty propagation for Oliver Pharr method with ODR
14.2.2
Uncertainty propagation for Hertz method with ODR
14.2.3
Uncertainty propagation for two slopes method with ODR
14.3
Uncertainty due to choice of contact point
14.4
Monte Carlo calculation of uncertainties
14.4.1
Window
14.4.2
Monte Carlo calculation of uncertainties: Description of method
References
A
Data fitting
A.1
Orthogonal distance regression
A.2
Total least squares - Deming fit
A.3
Least squares - 3/2 power fit