Faculty

Institution

Unit

Venue

Abram H. Clark

Associate Professor

Naval Postgraduate School

Affiliations

Center For Materials Science And Engineering

Department Of Materials Science And Chemistry

Physics

Resources

School Of Mechanical And Aerospace Engineering

Abram H. Clark is currently serving as a Center For Materials Science And Engineering Associate Professor at Naval Postgraduate School.

Honors

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Experiences

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Education

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Abram H. Clark

Naval Postgraduate School

Associate Professor

You can click a keyword to filter the displayed items

physics applied physics fluid dynamics impact (mechanics) granular materials fluid mechanics materials science solid mechanics geomechanics granular impact mechanics granular medium engineering artificial intelligence friction mechanical science fluid science fluid flow numerical simulations dispersion science swarm intelligence condensed matter physics rock mechanics shock waves soft computing bio-inspired computation computational fluid dynamics statistical physics statistical mechanics evolving neural network networked swarm swarm dynamic impact loading statistical field theories swarm robotics vibrated granular flows critical scaling granular response automatic control spectral theory shear zones meteorite impacts hypervelocity impacts detonation phenomenon compression (physics) fragmentation effect rheology control rheological properties fluid-solid interactions fluid-structure interaction opponent modelling command and control adversarial machine learning physical acoustics engineering acoustic suspension structure lattice field theory lattice (order) mathematical statistical physic lattice theory disperse flow experimental geomorphology intelligent control friction control particle scale dynamics nonlinear force propagation granular impact model granular beds force networks steady flow dynamics power-law scaling turbulent flow hydrodynamic erosion horizontal symmetry breaking impeller-driven mixer system parameter uncertainty

Notable Scholarly Works

Notable Federal Grants

Collaborators

Modeling Large-Scale Adversarial Swarm Engagements Using Optimal Control. Open MIND (2026)

systems engineeringcyber-physical systemsswarm intelligenceoptimal controlnetworked swarmswarm roboticsartificial intelligencecontrol optimizationrobot learningmultiagent systemscomputer science

Granular Temperature Controls Local Rheology of Vibrated Granular Flows. Physical Review Letters (2025)

engineeringmechanical engineeringrheology controlvibrated granular flowsrheological propertiesrheologygranular mediumdispersion sciencefluid sciencegranular materials

Modeling Flow–Arrest Transitions in Granular Media. Computer (2025)

mechanical engineeringtransport phenomenafluid dynamicsgranular mediacomputational fluid dynamicsdisperse flowgranular mediumfluid mechanicsfluid flowgranular materials

Swarm Characteristic Classification Using Robust Neural Networks With Optimized Controllable Inputs. IEEE Transactions on Aerospace and Electronic Systems (2025)

systems engineeringcontrol systemssoft computingbio-inspired computationswarm intelligenceswarm roboticsevolving neural networkartificial intelligencecontrol optimizationswarm dynamicintelligent controlpattern recognitionintelligent systemsoptimized controllable inputsneural network (machine learning)

Swarm Characteristics Classification Using Neural Networks. IEEE Transactions on Aerospace and Electronic Systems (2024)

systems engineeringsoft computingbio-inspired computationswarm intelligencecomputational engineeringevolving neural networknetworked swarmswarm dynamicneural computationpattern recognitionintelligent systemsneural network (machine learning)

Frictional Weakening of Vibrated Granular Flows. Physical Review Letters (2023)

Abram H. ClarkEmily E. BrodskyH. John NasrinStephanie E. Taylor

materials sciencefrictionfluid dynamicsvibrated granular flowsvibrationsfluid mechanicsapplied physicsfrictional weakening

Darcy-Reynolds Forces During Intrusion Into Granular-Fluid Beds. Physical Review Fluids (2022)

darcy-reynolds forcesfluid dynamicsmultiphase flowscivil engineeringgranular mediumfluid mechanicsfluid flow

Defense Against Adversarial Swarms With Parameter Uncertainty. Sensors (2022)

Claire WaltonIsaac KaminerQi GongAbram H. ClarkTheodoros Tsatsanifos

technologyparameter uncertaintycomputer securityartificial intelligencesensorsadversarial swarmsmachine learning

Modeling and Control of Large-Scale Adversarial Swarm Engagements. arXiv (Cornell University) (2021)

Theodoros TsatsanifosAbram H. ClarkClaire WaltonIsaac KaminerQi Gong

systems engineeringartificial intelligenceopponent modellingmodeling and simulationautomatic controlcommand and controladversarial machine learning

EDITORIAL: Non-Local Modeling and Diverging Lengthscales in Structured Fluids. Frontiers in Physics (2020)

mechanical engineeringfluid dynamicsstructured fluidsfluid-solid interactionscomputational fluid dynamicsfluid-structure interactionnumerical simulationsfluid mechanicsapplied mathematicsfluid sciencefluid flow

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Abram H. Clark

Associate Professor

Naval Postgraduate School

Affiliations

Center For Materials Science And Engineering

Department Of Materials Science And Chemistry

Physics

Resources

School Of Mechanical And Aerospace Engineering

Abram H. Clark is currently serving as a Center For Materials Science And Engineering Associate Professor at Naval Postgraduate School.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Abram H. Clark

Naval Postgraduate School

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Modeling Large-Scale Adversarial Swarm Engagements Using Optimal Control. Open MIND (2026)

systems engineeringcyber-physical systemsswarm intelligenceoptimal controlnetworked swarmswarm roboticsartificial intelligencecontrol optimizationrobot learningmultiagent systemscomputer science

Granular Temperature Controls Local Rheology of Vibrated Granular Flows. Physical Review Letters (2025)

engineeringmechanical engineeringrheology controlvibrated granular flowsrheological propertiesrheologygranular mediumdispersion sciencefluid sciencegranular materials

Modeling Flow–Arrest Transitions in Granular Media. Computer (2025)

mechanical engineeringtransport phenomenafluid dynamicsgranular mediacomputational fluid dynamicsdisperse flowgranular mediumfluid mechanicsfluid flowgranular materials

Swarm Characteristic Classification Using Robust Neural Networks With Optimized Controllable Inputs. IEEE Transactions on Aerospace and Electronic Systems (2025)

Swarm Characteristics Classification Using Neural Networks. IEEE Transactions on Aerospace and Electronic Systems (2024)

Frictional Weakening of Vibrated Granular Flows. Physical Review Letters (2023)

Abram H. ClarkEmily E. BrodskyH. John NasrinStephanie E. Taylor

materials sciencefrictionfluid dynamicsvibrated granular flowsvibrationsfluid mechanicsapplied physicsfrictional weakening

Darcy-Reynolds Forces During Intrusion Into Granular-Fluid Beds. Physical Review Fluids (2022)

darcy-reynolds forcesfluid dynamicsmultiphase flowscivil engineeringgranular mediumfluid mechanicsfluid flow

Defense Against Adversarial Swarms With Parameter Uncertainty. Sensors (2022)

Claire WaltonIsaac KaminerQi GongAbram H. ClarkTheodoros Tsatsanifos

technologyparameter uncertaintycomputer securityartificial intelligencesensorsadversarial swarmsmachine learning

Modeling and Control of Large-Scale Adversarial Swarm Engagements. arXiv (Cornell University) (2021)

Theodoros TsatsanifosAbram H. ClarkClaire WaltonIsaac KaminerQi Gong

systems engineeringartificial intelligenceopponent modellingmodeling and simulationautomatic controlcommand and controladversarial machine learning

EDITORIAL: Non-Local Modeling and Diverging Lengthscales in Structured Fluids. Frontiers in Physics (2020)

1
2
3
4
10 / page