Online Profiles

Tulane University - 2016

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Graduate

Research Description

Research Description By Graduate Engineering Department

Biomedical Engineering

Bioacoustics,
Biocomputing,
Biomechanics,
Biomaterials,
Bioadhesion,
Biosensors,
Biofluid Mechanics,
Cardiopulmonary Mechanics,
Computational Biomechanics,
Corrosion,
Cell/Tissue Engineering,
Degenerative Diseases,
Dynamics Of Biological Systems,
Engineering Education,
Experimental And Theoretical Mechanics,
Finite Element Methods,
Functional Adaptation,
Implantable Monitoring Devices,
Instrumentation,
Mechanical Loading of Cells,
Mechanics Of Hierarchical Materials,
Ocular Biomechanics,
Orthopaedic Materials,
Physiologic Modeling,
Pulmonary Mechanics,
Scientific Visualization,
Signal Processing

Chemical and Biomolecular Engineering

Nanostructured Materials,
Self-Assembly,
Drug Delivery,
Gene Therapy,
Stem-Cell Differentiation,
Cell and Tissue Engineering,
Environmental Remediation,
Green Chemical Processing,
Bioenvironmental Research,
Biotechnology,
Catalysis,
Colloid and Interfacial Science,
Corrosion,
Kinetics and Reactor Design,
Materials Processing,
Molecular Simulations,
Polymers,
Process Design and Optimization,
Rheology,
Separations,
Surface Science,
Thermodynamics,
Transport Phenomena

Computer Science

Algorithms,
Structural Computational Biology,
Computational Geometry,
Constraint Programming and Preference Analysis,
Computational Social Choice,
Computational Models,
Mathematical and Logical Foundations

Physics and Engineering Physics

Computational Materials Science,
Condensed Matter and Optical Spectroscopy,
Low Temperature Condensed Matter Physics,
Materials Engineering,
Nanodevice Physics,
Photonic Materials and Devices,
Polymer Physics and Biophysics

Research Description By Engineering Research Center

Center for Bioenvironmental Research (CBR)

Human and Ecological Health,

Urban and Coastal Restoration, Recovery and Sustainability

Center for Computational Science (CCS)

Computational Simulation,
Numerical analysis,
Biosensors,
Computational Fluid Dynamics,
Molecular Simulation

Center for Polymer Reaction Monitoring and Characterization (PolyRMC)

Polymer based advanced materials,
Nano-composites,
Polymer processing,
Online polymerization monitoring,
Rheology,
Laser-assisted polymerization,
Mathematical modeling