Spherical indentation, particularly at low loads, can ensure fully reversible deformations, suitable for the study of viscoelastic properties. However, there are growing concerns about the effective indenter radius in contact at small penetrations and the effect of thermal drift. The aim of this study was to characterize spherical indentation on polymethylmethacrylate (PMMA) and fused silica (FS). Several types of indentation experiments were performed on PMMA to determine its viscoelastic behavior, and a corresponding model was applied to calculate the main mechanical properties. A series of measurements on FS were performed to determine the effective indenter radius and thermal drift of the indentation system. It was shown that at low dep...
Instrumented indentation is commonly used for determining mechanical properties of a range of materi...
International audienceKnowledge of the relationship between the penetration depth and the contact ra...
When considering polymeric materials for the components design, their behaviour under external acti...
Spherical indentation, particularly at low loads, can ensure fully reversible deformations, suitable...
In this article, the time-dependent spherical indentation response of a linear, isotropic, viscoelas...
Using analytical and finite element modeling, we examine the relationships between initial unloading...
This paper describes the development of the contact area during indentation of polycarbonate. The co...
AbstractA phenomenological study of parabolic and spherical indentation of elastic ideally plastic m...
Indentation of linearly viscoelastic materials is explored using elastic-viscoelastic correspondence...
Using Finite Element calculations and experimental investigations, the indentation of a sphere into ...
The present paper deals with the plastic deformation process into metallic materials occurring in th...
Karlsson, Anette M.Bogetti, Travis A.Instrumented indentation is a popular technique used to determi...
During sharp contacts, polymeric materials can exhibit elastic (reversible), plastic (instantaneous ...
Indentation processes in PMMA are examined in order to test the theory developed by Puttick, Smith a...
ABSTRACT: Motivated by recent progress in viscoelastic indentation analysis, the identification of v...
Instrumented indentation is commonly used for determining mechanical properties of a range of materi...
International audienceKnowledge of the relationship between the penetration depth and the contact ra...
When considering polymeric materials for the components design, their behaviour under external acti...
Spherical indentation, particularly at low loads, can ensure fully reversible deformations, suitable...
In this article, the time-dependent spherical indentation response of a linear, isotropic, viscoelas...
Using analytical and finite element modeling, we examine the relationships between initial unloading...
This paper describes the development of the contact area during indentation of polycarbonate. The co...
AbstractA phenomenological study of parabolic and spherical indentation of elastic ideally plastic m...
Indentation of linearly viscoelastic materials is explored using elastic-viscoelastic correspondence...
Using Finite Element calculations and experimental investigations, the indentation of a sphere into ...
The present paper deals with the plastic deformation process into metallic materials occurring in th...
Karlsson, Anette M.Bogetti, Travis A.Instrumented indentation is a popular technique used to determi...
During sharp contacts, polymeric materials can exhibit elastic (reversible), plastic (instantaneous ...
Indentation processes in PMMA are examined in order to test the theory developed by Puttick, Smith a...
ABSTRACT: Motivated by recent progress in viscoelastic indentation analysis, the identification of v...
Instrumented indentation is commonly used for determining mechanical properties of a range of materi...
International audienceKnowledge of the relationship between the penetration depth and the contact ra...
When considering polymeric materials for the components design, their behaviour under external acti...