| Developing a pathway to microstructure-aware predictive capability for the shock/dynamic response of materials
|
2020 |
Gray, George T. (Rusty) |
| An explosively-driven multi-flyer system for investigating fragment impact initiation of PBXs
|
2020 |
Bowden, Patrick R. |
| A volumetric approach to shock initiation of triaminotrinitrobenzene (TATB)
|
2020 |
Bowden, Mike |
| Rice-Walsh equation of state for detonation product gases
|
2020 |
Kubota, Shiro |
| The cause of lost time in an exploding bridgewire detonator
|
2020 |
Lee, Elizabeth |
| Investigating the evolution of the optical emission spectra of HMX with reaction regime
|
2020 |
Morley, Olivia J. |
| Examination of shock-induced reaction in Ni/Al powder mixtures
|
2020 |
Mandal, Anirban |
| Imaging the reactive flow structure in shocked nitromethane and nitromethane with additives
|
2020 |
Nissen, Erin J. |
| Investigation of corner turning behaviour in a 95% TATB based explosive
|
2020 |
Sutton, B. D. |
| Jones-Wilkins-Lee (JWL) reaction product equations of state for overdriven PETN detonation waves
|
2020 |
Tarver, Craig M. |
| A CREST model for the RDX/TNT explosive Composition
|
2020 |
Whitworth, Nicholas |
| Shock compression dynamics of PETN/TATB explosive charges
|
2020 |
Zhang, Wei |
| The velocity of detonation and reaction zone profile in PBX 9502 as a function of initial density
|
2020 |
Armstrong, Christopher |
| The effect of surface area and density on the volumetric shock initiation of PETN
|
2020 |
Burritt, Rosemary |
| Shock interactions in multilayer explosive films
|
2020 |
Knepper, Robert |
| Applying the HERMES model to non-shock ignition and post-ignition violence
|
2020 |
Reaugh, John E. |
| Bimetallic cluster film formation of Al and Mg with Cu investigated via He droplet deposition
|
2020 |
Ridge, Claron J. |
| Optical thermocouples for explosive fireballs
|
2020 |
Anderson, Benjamin R. |
| Simultaneous green and infrared PDV
|
2020 |
Briggs, Matthew |
| Construction and calibration of a streaked optical spectrometer for shock temperature
|
2020 |
Davies, Erik J. |
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