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Debjoy Mallick
Debjoy Mallick
Army Research Lab (Scientist), Johns Hopkins University (Visiting Scholar)
Verified email at mail.mil
Title
Cited by
Cited by
Year
Fragmentation of an advanced ceramic under ballistic impact: Mechanisms and microstructure
JD Hogan, L Farbaniec, D Mallick, V Domnich, K Kuwelkar, T Sano, ...
International journal of impact engineering 102, 47-54, 2017
502017
Laser-driven flyers and nanosecond-resolved velocimetry for spall studies in thin metal foils
DD Mallick, M Zhao, J Parker, V Kannan, BT Bosworth, D Sagapuram, ...
Experimental Mechanics 59 (5), 611-628, 2019
212019
A simple dual-beam time-multiplexed photon doppler velocimeter for pressure-shear plate impact experiments
DD Mallick, M Zhao, BT Bosworth, BE Schuster, MA Foster, KT Ramesh
Experimental Mechanics 59 (1), 41-49, 2019
172019
A brief review of spall failure in pure and alloyed magnesium
DD Mallick, CL Williams, JW Wilkerson
Journal of Dynamic Behavior of Materials 6 (4), 423-431, 2020
162020
Influence of microstructure on the impact failure of alumina
BML Koch, P Jannotti, D Mallick, B Schuster, T Sano, JD Hogan
Materials Science and Engineering: A 770, 138549, 2020
152020
On the role of texture and precipitate orientation in spall failure of a rolled magnesium alloy
D Mallick, S Eswarappa-Prameela, V Kannan, M Zhao, J Lloyd, T Weihs, ...
Bulletin of the American Physical Society 64, 2019
72019
Granular flow of an advanced ceramic under ultra-high strain rates and high pressures
X Sun, A Chauhan, DD Mallick, AL Tonge, JW McCauley, KJ Hemker, ...
Journal of the Mechanics and Physics of Solids 143, 104031, 2020
62020
A concise note on deformation twinning and spall failure in magnesium at the extremes
CL Williams, DD Mallick, JW Wilkerson
Journal of Dynamic Behavior of Materials 6 (4), 432-444, 2020
52020
Estimating void nucleation statistics in laser-driven spall
DD Mallick, J Parker, JW Wilkerson, KT Ramesh
Journal of Dynamic Behavior of Materials 6 (3), 268-277, 2020
42020
Dynamic fragmentation of boron carbide using laser-driven flyers
DD Mallick, KT Ramesh
International Journal of Impact Engineering 136, 103416, 2020
42020
Shock-induced failure of protection materials using laser-driven micro-flyers
D Mallick
The Johns Hopkins University, 2019
42019
Investigating the velocity envelope of laser-driven micro-flyers for hypervelocity impact experiments
D Mallick, M Shaeffer, S Dean, KT Ramesh
Procedia engineering 204, 215-222, 2017
42017
Spall strength in alloyed magnesium: A compendium of research efforts from the CMEDE 10-year effort
DD Mallick, SE Prameela, D Ozturk, CL Williams, M Kang, GM Valentino, ...
Mechanics of Materials 162, 104065, 2021
32021
Hierarchical Diamond-Based Ceramic Composites (Summary Technical Report, Oct 2019-Sep 2021)
A DiGiovanni, S Coleman, M Guziewski, J LaSalvia, J Dunn, M Ivill, ...
ARMY RESEARCH LAB ABERDEEN PROVING GROUND MD, 2022
2022
Report from Materials Discovery for Extreme Environments Workshop
S Schoenfeld, C Haines, P Goins, D Mallick, J Snyder, J Orlicki, ...
DEVCOM Army Research Laboratory, 2021
2021
Correction to: A Concise Note on Deformation Twinning and Spall Failure in Magnesium at the Extremes
CL Williams, DD Mallick, JW Wilkerson
Journal of Dynamic Behavior of Materials 7 (1), 165-165, 2021
2021
Laser-Driven Micro-Flyers for Dynamic Fragmentation Statistics of Boron Carbide
DD Mallick, DJ Magagnosc, KT Ramesh
Hypervelocity Impact Symposium 883556, V001T07A003, 2019
2019
Dynamic Fragmentation of an Advanced Ceramic during High-Speed Impact
J Hogan, L Farbaniec, D Mallick, JW McCauley, KT Ramesh, ...
APS Shock Compression of Condensed Matter Meeting Abstracts, T6. 005, 2015
2015
Impact-Induced Fragmentation and Excavation of Boron Carbide
JD Hogan, L Farbaniec, D Mallick, JW McCauley, KT Ramesh
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Articles 1–19