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Department of Mechanical Engineering

Department of Mechanical Engineering

Univ. of Maryland - Baltimore County

Department of Mechanical Engineering at Univ. of Maryland - Baltimore County has 22 faculty on GradNova.

Faculty

D
Applied Mechanics
Control
Dynamics
Structural Health Monitoring
+7
D
Magnetic Nanoparticle Hyperthermia
Photothermal Therapy Using Gold Nanoshells/nanorods in Cancer Therapy
Targeted Brain Cooling Using an Interstitial Cooling Device
Using Laser or Heating Catheters in Bacterial Disinfection in Endodontics
+5
D
Biological Flow
Computational Fluid Dynamics
Flapping Wing Aerodynamics
Fluid-Structure Interaction
+14
D
Application of Nonlinear Control Theory Including Guidance, Navigation and Estimation
Control System Design
Embedded Systems
Robotics
D
Dr. Joseph Washington

Assistant Teaching Professor, UMBC at the Universities at Shady Grove

Department of Mechanical Engineering

University of Maryland, Baltimore County

Fatigue Modelling of Elastin
Fundamental Mechanisms of Material Behavior of Biomaterials
Injury Consistency Biomechanics and Vehicle Accident Reconstruction
Structural and Functional Changes in Human Arteries Due to Aging or Disease
D
Applied Nonlinear Mechanics and Multiphysics Modeling
Design and Applications of Smart Material Technologies, Especially Electromagnetically-Active Composites and Structures
Nonlinear Material/device Design, Modeling and Optimization
Rubbery Materials
+6
D
Creation and Manufacture of New Biomaterials
Fundamental Mechanisms of Material Behavior
Material Surface Modifications to Prevent Wear and Corrosion
Micro- and Nano-Structural Modifications to Increase Fatigue and Fracture Resistance
+6
D
Biomedical Imaging With a Focus on Virtual Surgery Simulations
Composite Materials
Computer Visualization
Filament Winding
+10
D
Dusty Plasmas and Their Applications in Astrophysics to Materials Processing
Interactions Between Materials, Charged Particles, and Electromagnetic Radiation
D
Biomechanics and Mechanobiology
DNA Nanotechnology
Engineering Education
Hemostasis and Thrombosis
+1
D
Additive Manufacturing Techniques
Composite and Polymer Thermoelectric Materials and Devices
Rechargeable Batteries
Advanced Thermoelectric Materials and Devices
+4
D
Heat, Mass, and Momentum Transport in a Wide Range of Applications Including Film Growth for Energy-Efficient Electronic Devices
Material Processing for Energy-Efficient Electronic Devices and Low-Cost Photovoltaic Facilities
Nanomaterials for Treatment of Cancer
Novel Material Processing for Photovoltaic Applications
D
Detailed Microstructural Modeling of Materials and Am-Oriented Topology Optimization
Development of Advanced Numerical Methods for Predictive and Fast Modeling of Multi-Physics and Multi-Scale Systems
Development of Novel Reduced Order Modeling and Scientific Data-Driven Modeling Techniques With Application to Multi-Physics and Multi-Scale Coupled Manufacturing Processes, Such as Welding and Additive Manufacturing (am)
D
Energy Harvesting (eh) Device Design
Reliability Based Design Optimization
Robust Design
Topology Optimization
+5
D
Combustion Control in Hypersonic Vehicles
Control of Unsteady Flow
Developing Learning- and Model-Based Techniques for Control and Estimation Problems in Cyber-Physical Systems Using Theoretical- and Numerical Simulation-Based Methods
Flight Control of Quadcopter and Aircrafts
+6
D
Active Metasurfaces and Metamaterials
Hvac and Building Energy Systems
Infrared Signature Management
Nanophotonics
+9
D
Effect of Cell Compliance on Adhesion-Detachment to Substrates and Other Cells
High Throughput Measurements of Cell Mechanical Properties
Kinetic Properties of Single Intermolecular Bonds at the Nanoscale
Mechanical Behavior of Deformable Particles Including Biological Cells
+6
D
Haptic Feedback
Human Haptic Perception
Human-Robot Interaction
Immersive Environments
+7
D
Combustion
Fire Retardation for Composite Materials
Heat and Mass Transfer
Pollutant Emissions of Combustion Systems
+6
M
Mr. Adam Bridendolph

Assistant Teaching Professor and Undergraduate Program Director for Mechanical Engineering at the Universities at Shady Grove

Department of Mechanical Engineering

University of Maryland, Baltimore County

Automation
Control Systems
Design for Manufacturing
Engineering Education
+4
D
Dr. Keith Bowman

Constellation Professor of Information Technology and Engineering

Department of Mechanical Engineering

University of Maryland, Baltimore County

Advanced Manufacturing
Fracture Mechanics
Materials for Energy Applications
Materials Science
+10
D
Experimental Fluid Mechanics
Feature-Based Classification
Image Analysis and Segmentation
Non-Invasive Velocimetry (piv, Ptv)
+2