In this paper, the bulge test is used to determine the mechanical properties of very thin dielectric membranes. Commonly, this experimental method permits to determine the residual stress (s0) and biaxial Young’s modulus (E/(1-u)). Associating square and rectangular membranes with different length to width ratios, the Poisson’s ratio (u) can also be determined. LPCVD Si3N4 monolayer and Si3N4/SiO2 bilayer membranes, with thicknesses down to 100 nm, have been characterized giving results in agreement with literature for Si3N4, E = 212 ± 14 GPa, s0 = 420 ± 8 and u = 0.29
This paper aims at determining the mechanical properties such as Poisson ratio, biaxial modulus, and...
The bulge test apparatus designed for the measurement of mechanical material properties of thin film...
Un nouvel essai mécanique a été développé pour répondre à la demande d'analyse des propriétés mécani...
Submitted on behalf of EDA Publishing Association (http://irevues.inist.fr/handle/2042/16838)Interna...
The aim of this work is to compare several methods for the determination of very thin films Young's...
Ultra-thin membranes find an increasing amount of applications within the high-tech sector to obtain...
International audienceThe aim of this work is to compare several methods for the determination of ve...
This study shows a methodology to estimate mechanical parameters of thin films by means of a bulge t...
Journal ArticleA wafer scale bulge testing system has been constructed to study the mechanical prope...
Buckled membranes become ever more important with further miniaturization and development of ultra-t...
Si3N4 is a material widely used in MEMS technology. Its high mechanical strength makes Si3N4 attract...
The aim of this thesis is to develop and optimize a bench test for mechanical characterization of th...
A new mechanical testing device of free standing membranes by Bulge Test has been built at Institute...
The Bulge test proved to be a useful tool for measuring elastic properties of thin films and\nfree s...
International audienceKnowledge of thin films mechanical properties is strongly associated to the re...
This paper aims at determining the mechanical properties such as Poisson ratio, biaxial modulus, and...
The bulge test apparatus designed for the measurement of mechanical material properties of thin film...
Un nouvel essai mécanique a été développé pour répondre à la demande d'analyse des propriétés mécani...
Submitted on behalf of EDA Publishing Association (http://irevues.inist.fr/handle/2042/16838)Interna...
The aim of this work is to compare several methods for the determination of very thin films Young's...
Ultra-thin membranes find an increasing amount of applications within the high-tech sector to obtain...
International audienceThe aim of this work is to compare several methods for the determination of ve...
This study shows a methodology to estimate mechanical parameters of thin films by means of a bulge t...
Journal ArticleA wafer scale bulge testing system has been constructed to study the mechanical prope...
Buckled membranes become ever more important with further miniaturization and development of ultra-t...
Si3N4 is a material widely used in MEMS technology. Its high mechanical strength makes Si3N4 attract...
The aim of this thesis is to develop and optimize a bench test for mechanical characterization of th...
A new mechanical testing device of free standing membranes by Bulge Test has been built at Institute...
The Bulge test proved to be a useful tool for measuring elastic properties of thin films and\nfree s...
International audienceKnowledge of thin films mechanical properties is strongly associated to the re...
This paper aims at determining the mechanical properties such as Poisson ratio, biaxial modulus, and...
The bulge test apparatus designed for the measurement of mechanical material properties of thin film...
Un nouvel essai mécanique a été développé pour répondre à la demande d'analyse des propriétés mécani...