This work has analyzed the key variables of indentation tip radius, contact radius, delamination radius, residual stress and superlayer/film/interlayer properties on nanoindentation measurements of adhesion. The goal to connect practical works of adhesion for very thin films to true works of adhesion has been achieved. A review of this work titled ''Interfacial toughness measurements of thin metal films,'' which has been submitted to Acta Materialia, is included
AbstractThis paper examines the frictionless adhesive elastic contact problem of a rigid sphere inde...
In this paper, we mainly focus on the mechanical properties of film materials using different indent...
Results from several series of experimental investigations are described, which, it is hoped, will i...
Thin films are extensively used in microelectromechanical system (MEMS) devices. The interfacial adh...
Abstract—Nanoindentation for measuring thin film mechanical properties is probably the most popular ...
International audienceCross-Sectional Nanoindentation (CSN) is a recent method for adhesion measurem...
As the individual layers of interconnect structures decrease in size, it becomes increasingly diffic...
Abstract Nanoindentation techniques are poplar methods which are used for the evaluation of the hard...
The miniaturization of devices and the advances in nanotechnol.-enabled products has led to the requ...
The practical work of adhesion has been measured in thin aluminum films as a function of film thickn...
The miniaturization of devices and the advances in nanotechnol.-enabled products has led to the requ...
The miniaturization of devices and the advances in nanotechnol.-enabled products has led to the requ...
The miniaturization of devices and the advances in nanotechnol.-enabled products has led to the requ...
Thin film adhesion can be measured by means of the nanoindentation technique [1]. In the case of a d...
Indentation is used as a technique for mechanical characterization of materials for a long time. In ...
AbstractThis paper examines the frictionless adhesive elastic contact problem of a rigid sphere inde...
In this paper, we mainly focus on the mechanical properties of film materials using different indent...
Results from several series of experimental investigations are described, which, it is hoped, will i...
Thin films are extensively used in microelectromechanical system (MEMS) devices. The interfacial adh...
Abstract—Nanoindentation for measuring thin film mechanical properties is probably the most popular ...
International audienceCross-Sectional Nanoindentation (CSN) is a recent method for adhesion measurem...
As the individual layers of interconnect structures decrease in size, it becomes increasingly diffic...
Abstract Nanoindentation techniques are poplar methods which are used for the evaluation of the hard...
The miniaturization of devices and the advances in nanotechnol.-enabled products has led to the requ...
The practical work of adhesion has been measured in thin aluminum films as a function of film thickn...
The miniaturization of devices and the advances in nanotechnol.-enabled products has led to the requ...
The miniaturization of devices and the advances in nanotechnol.-enabled products has led to the requ...
The miniaturization of devices and the advances in nanotechnol.-enabled products has led to the requ...
Thin film adhesion can be measured by means of the nanoindentation technique [1]. In the case of a d...
Indentation is used as a technique for mechanical characterization of materials for a long time. In ...
AbstractThis paper examines the frictionless adhesive elastic contact problem of a rigid sphere inde...
In this paper, we mainly focus on the mechanical properties of film materials using different indent...
Results from several series of experimental investigations are described, which, it is hoped, will i...