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Conducting Elevated Temperature Normal and Combined Pressure-Shear Plate Impact Experiments Via a Breech-end Sabot Heater System
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Chapters
- 00:04Title
- 00:44The Customized Single-stage Gas-gun
- 01:37Sample and Target Material Preparation
- 02:55Assembly of the Custom Heat-resistant Sabot
- 03:54Assembly of the Test Materials Within the Gas-gun
- 05:07Arrangement and Alignment of the Laser-based Diagnostics
- 06:01Execution of High Temperature Reverse Geometry Normal Impact Experiments
- 06:48Results: The Free Normal Surface Velocity vs. Time for a Range of Temperatures
- 10:01Conclusion
Here, we present a detailed protocol of a new approach for conducting elevated temperature reverse normal plate impact, and combined pressure-and-shear plate impact. The approach involves the use of a breech-end resistive coil heater to heat a sample held at the front-end of a heat-resistant sabot to the desired temperature.
Tags
Elevated TemperatureCombined Pressure-shearPlate Impact ExperimentsBreech-end Sabot Heater SystemDynamic Shearing ResistanceHigh Temperature Compressive ResistanceDynamic SlipSpallGas GunPhotonic Doppler VelocimeterTrigger And Tilt DiagnosticsHigh Purity Polycrystalline AluminumOptical FlatnessPrecipitation Hardened AlloyAluminum RingTrigger And Tilt Diagnostic Circuit
