Examples of 'nanoindentation' in a sentence
Meaning of "nanoindentation"
nanoindentation: (noun) - a technique used to measure the mechanical properties of materials at very small scales. It involves indenting a material surface with a nano-sized probe to observe properties such as hardness, elasticity, and adhesion
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- An indentation test carried out at nanoscale, such as by use of a nanoindenter
How to use "nanoindentation" in a sentence
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nanoindentation
Modulus at the tissue level was quantified by nanoindentation.
Nanoindentation is a variety of indentation hardness tests applied to small volumes.
Vacuum annealing weakened the adhesion in nanoindentation measurements.
Nanoindentation is commonly used nowadays to determine local mechanical properties of materials.
Hardness measurements were performed using nanoindentation on witness coupons.
Mechanical characterization of coatings at different stages of the pyrolysis treatments is done by nanoindentation.
The elastic properties measured through nanoindentation are used as input data.
The hardness of the solid electrolyte of the invention was measured by nanoindentation.
Measuring head for nanoindentation instrument and measuring method using same.
Finally the mechanical properties were evaluated by nanoindentation and compression.
Nanoindentation is used to measure the mechanical properties of the materials at the extreme surface.
The goal is to extract reliable and intrinsic properties by nanoindentation.
Several combinations of nanoindentation triangular tests and indenter tip angles are also investigated.
Nano hardness of bainite and martensite was determined by a nanoindentation method.
The nanoindentation apparatus which was used was a Triboscope manufactured by Hysitron Corporation.
See also
Determination of the mechanical properties of amorphous materials through instrumented nanoindentation.
High temperature nanoindentation.
A nanoindenter is the main component for indentation hardness tests used in nanoindentation.
A brief history of nanoindentation - and a little more.
These microcompression tests lead to results consistent with those established by nanoindentation.
Nanoindentation of a thin sample causes it to bend, and impede a stable image formation.
The intrinsic mechanical properties of hydroxyapatite crystals have been determined by nanoindentation techniques.
According to nanoindentation measurements the hardness of α'-martensite correlated with the level of residual stresses.
The hardness and elastic modulus of the glasses were determined by the instrumented nanoindentation.
Abstract, The nanoindentation is today a technical well established in a laboratory.
Reasons for a less good agreement with the earlier nanoindentation data were disclosed.
Nanoindentation measurements have reported hardness as great as 50 % more than values for natural crystalline diamond.
The nanohardness of ferrite and of the hard phase was determined by the nanoindentation method.
These results, coupled with a nanoindentation technique allows us to measure a few or a unique NP ( s ).
The nanohardness of ferrite and the hard phase was found by the nanoindentation method.
Nanoindentation tests were then carried out using the electrostatic transducer of UBI 1 ( Hysitron ) triboscope.
This study analyze the new interfacial transition zone in these concretes through nanoindentation.
The mechanical properties of the tubes were characterized by nanoindentation tests and through compression C - ring.
In the invention, the local stiffness is the microhardness, which is measured by nanoindentation.
In this instance, a nanoindenter ( model “ Ultra NanoIndentation Tester UNHT ” from CSM Instruments ) is used.
Characterization of elastic properties of nickel-titanium -coating by nanoindentation.
To determine scratch resistance a Crockmeter test and a nanoindentation test were carried out.
In this work, the mechanical deformation of gan films was studied by nanoindentation.
More information about Nanoindentation.
Hardness of α'-martensite and austenite phases was measured using nanoindentation.
Several characterization techniques exist, especially nanoindentation of thin films on substrates.
At the micro-scale, the mechanical properties of peritubular dentin and intertubular dentin werecharacterized by nanoindentation.
Abstract, This thesis deals with experiments and simulations of nanoindentation in copper single crystals.
The effect of 1D11 on skeletal modulus was also examined at a tissue level using nanoindentation.
The carbon coating improved the mechanical durability of SWCNT films under nanoindentation and scratching.
Molecular dynamics ( MD ) has been a very powerful technique to investigate the nanoindentation at atomic scale.
Both coating hardness and Young 's modulus values were measured using nanoindentation techniques.
Title, Determination of Young 's modulus by nanoindentation.
