To prevent failure of machine components it is necessary to measure material damage generated in a component throughout its entire lifetime. Damage can be quantified by means of damage parameters. This paper considers the usefulness of hardness measurements to evaluate damage parameter in Inconel 718. Vickers hardness tests were performed on a specimen with a variable cross section area after tensile testing. The specimen’s geometry enabled the evaluation of damage parameter in respect of hardness measurements made on one individual specimen
One of the important characteristics of the surface properties of metal parts subjected to friction ...
The objective of laboratory static hardness tests is to perform mechanical testing to determine the ...
We evaluate Vickers hardness and true instrumented indentation test (IIT) hardness of 24 metals over...
To prevent failure of machine components it is necessary to measure material damage generated in a c...
In the previous work [1] it was shown that strain hardening had considerable impact on the hardness ...
Hardness is one of the most important properties of materials. For measurement and evaluation of har...
This paper presents the results of the quantitative evaluation of the degree of damage caused by pla...
Hardness tests have vital role for industries such as aerospace, ground vehicles and energy. In thes...
The nanoindentation hardness test has been carried out on stainless steel SUS 316 plates cold-worked...
The objective of Laboratory Static Hardness Tests is to review and provide guidance on the Vickers H...
In the last decades damage mechanics has received a lot of attention and has proved to be a powerful...
The present paper presents a relation between the vickers hardness HV and the loading stiffness C of...
The measurement of hardness has been and continues to be of significant importance to many of the wo...
This paper scrutinizes the reliability of indentation-based damage quantification, frequently used b...
Instrumented indentation testing is more advanced than conventional hardness testing in measuring va...
One of the important characteristics of the surface properties of metal parts subjected to friction ...
The objective of laboratory static hardness tests is to perform mechanical testing to determine the ...
We evaluate Vickers hardness and true instrumented indentation test (IIT) hardness of 24 metals over...
To prevent failure of machine components it is necessary to measure material damage generated in a c...
In the previous work [1] it was shown that strain hardening had considerable impact on the hardness ...
Hardness is one of the most important properties of materials. For measurement and evaluation of har...
This paper presents the results of the quantitative evaluation of the degree of damage caused by pla...
Hardness tests have vital role for industries such as aerospace, ground vehicles and energy. In thes...
The nanoindentation hardness test has been carried out on stainless steel SUS 316 plates cold-worked...
The objective of Laboratory Static Hardness Tests is to review and provide guidance on the Vickers H...
In the last decades damage mechanics has received a lot of attention and has proved to be a powerful...
The present paper presents a relation between the vickers hardness HV and the loading stiffness C of...
The measurement of hardness has been and continues to be of significant importance to many of the wo...
This paper scrutinizes the reliability of indentation-based damage quantification, frequently used b...
Instrumented indentation testing is more advanced than conventional hardness testing in measuring va...
One of the important characteristics of the surface properties of metal parts subjected to friction ...
The objective of laboratory static hardness tests is to perform mechanical testing to determine the ...
We evaluate Vickers hardness and true instrumented indentation test (IIT) hardness of 24 metals over...