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

shows two typical non-constant strain rate reflected pulse and the

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Purnashis CHAKRABORTY, Doctor of Philosophy, Indian Institute of Technology Delhi, New Delhi, IIT Delhi, Department of Applied Mechanics

Application of copper as a pulse shaper in SHPB tests on brittle materials- experimental study, constitutive parameters identification, and numerical simulations - ScienceDirect

Pulse shaping techniques for testing elastic-plastic materials with a split Hopkinson pressure bar. - Document - Gale Academic OneFile

Numerical Investigation of the Effects of Pulse Shaper, Lateral Inertia, and Friction on the Calculated Strain-Rate Sensitivity of UHP-FRC Using a Split Hopkinson Pressure Bar, Journal of Materials in Civil Engineering

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

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SciELO - Brazil - Experimental study on pulse shaping techniques of large diameter SHPB apparatus for concrete Experimental study on pulse shaping techniques of large diameter SHPB apparatus for concrete

Numerical Investigation of the Effects of Pulse Shaper, Lateral Inertia, and Friction on the Calculated Strain-Rate Sensitivity of UHP-FRC Using a Split Hopkinson Pressure Bar, Journal of Materials in Civil Engineering

PDF) Finite Elements Method in Split Hopkinson Pressure Bar developing process