Inertial effects occurring in the impact testing of polymers were experimentally probed by measuring the force versus time response of various materials with two different instrumented impact testers, both with and without anvil. The analysis focused on the first force peak, which was modeled using a mass-spring analog to account for machine-specimen interaction
Methods are presented for identification of linear and nonlinear viscoelastic materials and for pred...
In this work the design and set-up of a bi-pendulum testing rig able to perform low-velocity impact ...
On this paper we consider the case of impacts between rigid objects. We are interested on estimating...
Inertial effects occurring in the impact testing of polymers were experimentally probed by measuring...
This paper deals with the influence of the testing equipment on impact load measurements. A previous...
published on CD as "Advances in Fracture Research" K. Ravi-Chandar et al., Eds., Elsevier, Oxford (U...
International audienceThe multiaxial impact test in polymers is analyzed. The impact response of a p...
AbstractSports equipment exposed to impact loading often involves polymeric materials. The impact re...
The determination of the force-displacement curve during an impact experiment can provide more quali...
In the present study, the effect of the specimen size on the vibrational wave superimposed on the lo...
Impact forces have been used to study the behavior of materials for a long time. The aim of the impa...
Owing to small and inexpensive specimens the Charpy impact test is widely used in quality control an...
Impact testing with nanoscale spatial, force, and temporal resolution has been developed to address ...
Accelerometry is often used as a means to quantify the osteogenic or injury potential of impacts. Th...
Impact testing with nanoscale spatial, force, and temporal resolution has been developed to address ...
Methods are presented for identification of linear and nonlinear viscoelastic materials and for pred...
In this work the design and set-up of a bi-pendulum testing rig able to perform low-velocity impact ...
On this paper we consider the case of impacts between rigid objects. We are interested on estimating...
Inertial effects occurring in the impact testing of polymers were experimentally probed by measuring...
This paper deals with the influence of the testing equipment on impact load measurements. A previous...
published on CD as "Advances in Fracture Research" K. Ravi-Chandar et al., Eds., Elsevier, Oxford (U...
International audienceThe multiaxial impact test in polymers is analyzed. The impact response of a p...
AbstractSports equipment exposed to impact loading often involves polymeric materials. The impact re...
The determination of the force-displacement curve during an impact experiment can provide more quali...
In the present study, the effect of the specimen size on the vibrational wave superimposed on the lo...
Impact forces have been used to study the behavior of materials for a long time. The aim of the impa...
Owing to small and inexpensive specimens the Charpy impact test is widely used in quality control an...
Impact testing with nanoscale spatial, force, and temporal resolution has been developed to address ...
Accelerometry is often used as a means to quantify the osteogenic or injury potential of impacts. Th...
Impact testing with nanoscale spatial, force, and temporal resolution has been developed to address ...
Methods are presented for identification of linear and nonlinear viscoelastic materials and for pred...
In this work the design and set-up of a bi-pendulum testing rig able to perform low-velocity impact ...
On this paper we consider the case of impacts between rigid objects. We are interested on estimating...
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