Application of copper as a pulse shaper in SHPB tests on brittle

Schematic setup of SHPB with a high-speed camera system. Note: (i)

Improved Pulse Shaping to Achieve Constant Strain Rate and Stress Equilibrium in Split-Hopkinson Pressure Bar Testing

Constitutive Behavior of a Homogenized AT61 Magnesium Alloy under Different Strain Rates and Temperatures: An Experimental and Numerical Investigation, Journal of Materials in Civil Engineering

Critical Assessment 16: Anisotropy in metals - B. Hutchinson, 2015

PDF) The influence of non-axisymmetric pulse shaper position on SHPB experimental data

Development of a 100 mm-Diameter Split-Hopkinson Pressure Bar for High Strain Rate Characterization of Concrete

Anisotropic mechanical response of AA7475-T7351 alloy at different loading rates and temperatures - ScienceDirect

The schematic diagram of experimental results with different pulse

Materials, Free Full-Text

Experimental and numerical study on the dynamic behavior of a transversely isotropic rock - ScienceDirect

Purnashis Chakraborty - New Delhi, Delhi, India, Professional Profile

PDF) Improved pulse shaping to achieve constant strain rate and stress equilibrium in split-Hopkinson pressure bar testing

Materials, Free Full-Text

PDF) Influence of pulse shaper geometry on wave pulses in SHPB experiments