The Hopkinson split pressure bar (HSPB) was used for the testing of three polymers at strain rates between 102 to 103 s-1. Higher strain rates were achieved using the direct Hopkinson test. Experimental data were evaluated in time as well as in the frequency domain. A more detailed analysis in the frequency domain showed that the description of tested polymers can be described in the framework of the linear viscoelasticity. The use of the direct Hopkinson test showed the occurrence of a permanent strain
A method is described for measuring the mechanical properties of polymers in compression at strain r...
AbstractA combined experimental and analytical investigation has been performed to understand the me...
It is important to know the mechanical response of materials over a full range of strain rates. In m...
The Hopkinson split pressure bar (HSPB) was used for the testing of three polymers at strain rates b...
This paper reviews the literature on the response of polymers to high strain rate deformation. The m...
Knowledge of the properties of soft, viscoelastic materials at high strain rates are important in fu...
Polymers are increasingly used in structures that have to withstand impact conditions. This thesis d...
Experimental results are presented for the strain rate sensitivity of polycarbonate in the strain ra...
International audienceExperimental data of the behaviour of polymeric foams at high and medium strai...
The propagation of stress waves in long polymer rods forms the basis of two major experimental techn...
Measurement of strain rate dependent material data of low density low strength materials like polyme...
High strain rate testing of specimens within a split Hopkinson pressure bar (SHPB) is a well-establi...
ABSTRACT A Split Hopkinson Pressure Bar (SHPB), an experimental apparatus for testing of solid mater...
A new method by combining the Lagrangian analysis with the Hopkinson pressure bar technique (LA-HPB)...
To study the high strain-rate mechanical behaviour of polymers, it is suggested to generalize the sp...
A method is described for measuring the mechanical properties of polymers in compression at strain r...
AbstractA combined experimental and analytical investigation has been performed to understand the me...
It is important to know the mechanical response of materials over a full range of strain rates. In m...
The Hopkinson split pressure bar (HSPB) was used for the testing of three polymers at strain rates b...
This paper reviews the literature on the response of polymers to high strain rate deformation. The m...
Knowledge of the properties of soft, viscoelastic materials at high strain rates are important in fu...
Polymers are increasingly used in structures that have to withstand impact conditions. This thesis d...
Experimental results are presented for the strain rate sensitivity of polycarbonate in the strain ra...
International audienceExperimental data of the behaviour of polymeric foams at high and medium strai...
The propagation of stress waves in long polymer rods forms the basis of two major experimental techn...
Measurement of strain rate dependent material data of low density low strength materials like polyme...
High strain rate testing of specimens within a split Hopkinson pressure bar (SHPB) is a well-establi...
ABSTRACT A Split Hopkinson Pressure Bar (SHPB), an experimental apparatus for testing of solid mater...
A new method by combining the Lagrangian analysis with the Hopkinson pressure bar technique (LA-HPB)...
To study the high strain-rate mechanical behaviour of polymers, it is suggested to generalize the sp...
A method is described for measuring the mechanical properties of polymers in compression at strain r...
AbstractA combined experimental and analytical investigation has been performed to understand the me...
It is important to know the mechanical response of materials over a full range of strain rates. In m...