AbstractWe present a new experimental technique to measure the force-time history of high-velocity impacts and high pressure blast waves. The technique is based on the classic Hopkinson-type strain bar, coupled with an interferometric velocimeter instead of strain gauges. The major benefits of this setup are its accuracy, temporal resolution, and its imperviousness to electromagnetic interferences. We explain the keys concepts behind the technique and describe the experimental setup. We present experimental and numerical data as proof-of-concept and discuss preliminary studies on the effect of plastic deformation of the bar and its consequences on the interpretation of the measured impulse-history
Near-field blast load measurement presents an issue to many sensor types as they must endure very ag...
The design of blast-resistant structures and protective systems requires a firm understanding of the...
Current investigations solely focus on application of an impulse facility in diverse area of high-sp...
AbstractWe present a new experimental technique to measure the force-time history of high-velocity i...
Materials and their development process are highly dependent on proper experimental testing under wi...
A well known test set-up for high strain rate testing of materials is the split Hopkinson bar techni...
An alternative to traditional momentum pendulum and pressure gauges is considered to resolve an impr...
The damaging effect of high explosive charges of the weight class of a few kilograms is only given i...
This paper is concerned with methods to determine the resultant impact load pulse on test structures...
The shock wave generated from a high explosive detonation can cause significant damage to any object...
A large scale experimental approach to the direct measurement of the spatial and temporal variation ...
High strain rate testing of specimens within a split Hopkinson pressure bar (SHPB) is a well-establi...
Direct impact Hopkinson pressure bar systems offer many potential advantages over split Hopkinson pr...
This paper describes collaboration into experimental techniques for measuring spatial impulse distr...
Split Hopkinson Pressure bar (SHPB), also referred as Kolsky bar is commonly used setup for high str...
Near-field blast load measurement presents an issue to many sensor types as they must endure very ag...
The design of blast-resistant structures and protective systems requires a firm understanding of the...
Current investigations solely focus on application of an impulse facility in diverse area of high-sp...
AbstractWe present a new experimental technique to measure the force-time history of high-velocity i...
Materials and their development process are highly dependent on proper experimental testing under wi...
A well known test set-up for high strain rate testing of materials is the split Hopkinson bar techni...
An alternative to traditional momentum pendulum and pressure gauges is considered to resolve an impr...
The damaging effect of high explosive charges of the weight class of a few kilograms is only given i...
This paper is concerned with methods to determine the resultant impact load pulse on test structures...
The shock wave generated from a high explosive detonation can cause significant damage to any object...
A large scale experimental approach to the direct measurement of the spatial and temporal variation ...
High strain rate testing of specimens within a split Hopkinson pressure bar (SHPB) is a well-establi...
Direct impact Hopkinson pressure bar systems offer many potential advantages over split Hopkinson pr...
This paper describes collaboration into experimental techniques for measuring spatial impulse distr...
Split Hopkinson Pressure bar (SHPB), also referred as Kolsky bar is commonly used setup for high str...
Near-field blast load measurement presents an issue to many sensor types as they must endure very ag...
The design of blast-resistant structures and protective systems requires a firm understanding of the...
Current investigations solely focus on application of an impulse facility in diverse area of high-sp...