Add to ORKGOur recent work on extracting mechanical properties of polymers from indentation experiments shows that linear viscoelastic behavior, post-yield and crazing properties, and size effects can be characterized using a combined experimental-numerical approach. More research is needed in the field of full constitutive parameter extraction, thin film properties assessment, and size effects
In this paper, the numerical simulation for nano-indentation is performed to measure time-dependent ...
SUMMARY: In this paper, the application of instrumented indentation devices to the measurement of th...
The analysis of nanoindentation force curves collected on polymers through the common Oliver and Pha...
Our recent work on extracting mechanical properties of polymers from indentation experiments shows t...
Our recent work on extracting mechanical properties of polymers from indentation experiments shows t...
Depth-sensing or instrumented indentation is an experimental characterization approach well-suited f...
Depth-sensing or instrumented indentation is an experimental characterization approach well-suited f...
Depth-sensing or instrumented indentation is an experimental characterization approach well-suited f...
Depth-sensing or instrumented indentation is an experimental characterization approach well-suited f...
Depth-sensing or instrumented indentation is an experimental characterization approach well-suited f...
Indentation methodologies are gaining popularity as they provide means of local property estimation,...
Indentation methodologies are gaining popularity as they provide means of local property estimation,...
During sharp contacts, polymeric materials can exhibit elastic (reversible), plastic (instantaneous ...
ABSTRACT: Motivated by recent progress in viscoelastic indentation analysis, the identification of v...
The mechanical properties of small volumes of material have received increasing attention in the pas...
In this paper, the numerical simulation for nano-indentation is performed to measure time-dependent ...
SUMMARY: In this paper, the application of instrumented indentation devices to the measurement of th...
The analysis of nanoindentation force curves collected on polymers through the common Oliver and Pha...
Our recent work on extracting mechanical properties of polymers from indentation experiments shows t...
Our recent work on extracting mechanical properties of polymers from indentation experiments shows t...
Depth-sensing or instrumented indentation is an experimental characterization approach well-suited f...
Depth-sensing or instrumented indentation is an experimental characterization approach well-suited f...
Depth-sensing or instrumented indentation is an experimental characterization approach well-suited f...
Depth-sensing or instrumented indentation is an experimental characterization approach well-suited f...
Depth-sensing or instrumented indentation is an experimental characterization approach well-suited f...
Indentation methodologies are gaining popularity as they provide means of local property estimation,...
Indentation methodologies are gaining popularity as they provide means of local property estimation,...
During sharp contacts, polymeric materials can exhibit elastic (reversible), plastic (instantaneous ...
ABSTRACT: Motivated by recent progress in viscoelastic indentation analysis, the identification of v...
The mechanical properties of small volumes of material have received increasing attention in the pas...
In this paper, the numerical simulation for nano-indentation is performed to measure time-dependent ...
SUMMARY: In this paper, the application of instrumented indentation devices to the measurement of th...
The analysis of nanoindentation force curves collected on polymers through the common Oliver and Pha...