Analysis and Prediction of Soot Morphology in Post-Detonation Fireballs
Presentation at APS DFD 2024, SLC, Utah.
Farrukh, Tahir Latif↗
Engineering topics
Hammond-Clements, Adam Les
Publications and source records attributed to Hammond-Clements, Adam Les.
Surface Mass Loss Rates of Carbonaceous Particles in a Shock Tube
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Thakker, Neil↗
Method for optimization of experiment design in aerosol size distribution measurement using multi-angle light scattering
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Seetala, Kiran Sai↗
Impact of Cloud Model on Simulated Photon Transport
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Hammond-Clements, Adam Les↗
Physics-Driven Modeling of Detonation Soot Nascency and Growth
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Omana, Michael Alexis↗
Physics-Driven Modeling of Detonation Soot Nascency and Growth
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Omana, Michael Alexis↗
Measuring Surface Mass Loss Rates of Carbonaceous Particles at Gas Temperatures of 3000-7000 K in a Shock Tube
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Daniel, Kyle Andreas↗
Measuring Surface Mass Loss Rates of Carbonaceous Particles at Gas Temperatures of 3000-7000 K in a Shock Tube
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Daniel, Kyle Andreas↗