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1
Advances in Volume Penalization Methods for Simulating Multiphase Fluid-Structure Interaction and Phase-Change Phenomena.
Advances in Volume Penalization Methods for Simulating Multiphase Fluid-Structure Interaction and Phase-Change Phenomena.
Thirumalaisamy, Ramakrishnan.Mechanical and Aerosp | University of California, San Diego. | 2024
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2
High-Resolution Experiments of Flow Phenomena in Dead-Ended Branch Lines for the Validation and Advancement of Computational Fluid Dynamics Modeling.
High-Resolution Experiments of Flow Phenomena in Dead-Ended Branch Lines for the Validation and Advancement of Computational Fluid Dynamics Modeling.
Downing, John R.Nuclear Engineering & Radiological | University of Michigan. | 2024
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3
Computational and Experimental Investigation of Microfluidics into Biophysical Interaction.
Computational and Experimental Investigation of Microfluidics into Biophysical Interaction.
Ma, Hui. | Purdue University. | 2024
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4
Thermal Bubble-Driven Micro-Pumps: The Building Blocks to Bring Microfluidics to the Masses.
Thermal Bubble-Driven Micro-Pumps: The Building Blocks to Bring Microfluidics to the Masses.
Hayes, Brandon Shafer.Mechanical Engineering. | University of Colorado at Boulder. | 2024
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5
Output-Based Error Estimation and Mesh Adaptation for High-Fidelity Fluid-Structure Interaction.
Output-Based Error Estimation and Mesh Adaptation for High-Fidelity Fluid-Structure Interaction.
Frigoletto, Braden E.Aerospace Engineering. | University of Michigan. | 2024
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6
Phase Oscillator-Based Modeling and Optimal Control of Fluid Flows.
Phase Oscillator-Based Modeling and Optimal Control of Fluid Flows.
Godavarthi, Vedasri.Mechanical Engineering 0330. | University of California, Los Angeles. | 2024
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7
Experimental Investigations Into the Fluid Dynamics and Forcing Underlying Cross-Flow Turbine Operation.
Experimental Investigations Into the Fluid Dynamics and Forcing Underlying Cross-Flow Turbine Operation.
Snortland, Abigale.Mechanical Engineering. | University of Washington. | 2024
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8
Turbulence and Superfluidity in the Atomic Bose-Einstein Condensate.
Turbulence and Superfluidity in the Atomic Bose-Einstein Condensate.
Zhao, Mingshu.Physics. | University of Maryland, College Park. | 2024
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9
Modeling and Estimation of Transient Two-Phase Thermofluid Systems: An Example of Oscillating Heat Pipes.
Modeling and Estimation of Transient Two-Phase Thermofluid Systems: An Example of Oscillating Heat Pipes.
Li, Yuxuan.Mechanical Engineering 0330. | University of California, Los Angeles. | 2024
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10
Stabilized Discretizations for Fluid Flows and Coupled Poromechanics.
Stabilized Discretizations for Fluid Flows and Coupled Poromechanics.
Aronson, Ryan Michael. | Stanford University. | 2024
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