Through a collaboration between Cornell researchers and energy industry partners, New York households will be able to measure and manage their own electricity use. Read more about Smart Meter project puts power in the hands of people
Edwin "Todd" Cowen is the Director of the DeFrees Hydraulics Laboratory and the Kathy Dwyer Marble and Curt Marble Faculty Director for Energy at the David R. Atkinson Center for a Sustainable Future at Cornell University. He joined the Cornell faculty in November 1997. Cowen earned a B.S. (1987) in civil engineering at Brown University. He worked for three years at a Stamford, CT based consulting firm, Redniss and Mead, that specialized in site planning/engineering. It was at Redniss and Mead that he got a taste for hydrology, hydraulics and environmental fluid mechanics. Cowen returned to school and completed his M.S. (1991) and Ph.D. (1997) in civil engineering at Stanford University specializing in environmental fluid mechanics.
Cowen's research interests are in environmental fluid mechanics and energy harvesting. He pairs lab-based research with full-scale observational field campaigns to understand the physics of natural and anthropogenic flows in the environment. He has built an environmental fluid mechanics research program centered on five themes: environmental transport processes, water wave induced flows, lake hydrodynamics (physical limnology), energy harvesting, and quantitative imaging techniques. He has developed experimental techniques, built new facilities, and undertaken basic research in: the dispersal of mass by jets and low-momentum point sources; scale-dependent dispersion, swash zone (the region of the beach face that is alternately dry and wet) turbulence; wave-structure interaction; exchange processes at embayment-lake connections; residence time in natural water bodies; internal waves in lakes and reservoirs, the effects of aquatic vegetation (macrophytes) on the mass and momentum transport processes, gas transfer by turbulence at an air-water interface, sediment suspension by turbulence at a sediment-water interface, direct mechanical and kinetic energy harvesting, and the remote measurement of flow metrics from visible and infrared sensing. His current projects include remotely monitoring surface turbulence to understand how juvenile fish are transported through the San Francisco Bay Delta system, optimizing strategies for energy harvesting from arrays of turbines, directly harvesting mechanical energy from pre-tensioned wave-like ribbons, the fate, transport and residence time in Cayuga Lake, and the direct air capture of carbon dioxide for biofuel and ancillary product production.
As one of three faculty directors at the Atkinson Center, Cowen nurtures multidisciplinary, cross-university collaborative research on sustainable energy. Cowen has a particular interest in collaborating with external partners for real-world impact, such as his work with Avangrid (parent company of New York State Electric and Gas Corporation) to create, test, and optimize new residential electric storage systems as part of the Energy Smart Community initiative. This cutting-edge Atkinson Center-private industry National Science Foundation sponsored collaboration is testing whether coupling rechargeable batteries to residential smart meters can increase benefits, including bolstering power grid flexibility, integrating renewable energy sources, reducing household electricity costs, and empowering homeowners to reduce their greenhouse gas emissions.
Cowen has been a member since 1999 of the Technical Advisory Committee on Cornell's Lake Source Cooling, an award-winning district cooling system, and is a member of the executive steering team for Cornell's innovative Earth Source Heat project. He is a member of Cornell's Senior Leadership Climate Action Group, which recently issued the report "Options for Achieving a Carbon Neutral Campus by 2035". He is recognized as an authority in the areas of experimental measurements in fluid flows, environmental fluid mechanics, and sustainable energy and is a member of the editorial boards of the journals Experiments in Fluids, Environmental Fluid Mechanics, and Energies.
- Computational Fluid Dynamics
- Sustainable Energy Systems
- Energy and the Environment
- Heat and Mass transfer
- Energy Systems
- Image Analysis
- Signal and Image Processing
- Fluid Dynamics and Rheology
- Complex Systems, Network Science and Computation
- Colloids and Interfacial Science
- Multiphase and Granular Flows
- Remote Sensing
- Imaging and Instrumentation
- Water Systems
- Environmental Fluid Mechanics and Hydrology
- 2017."Turbulent Boundary Layers Absent Mean Shear."Journal of Fluid Mechanics835: 217-251. .
- 2017."Estimating bed shear stress from remotely measured surface turbulent dissipation fields in open channel flows."Water Resources Research. .
- 2016."Remote monitoring of volumetric discharge employing bathymetry determined from surface turbulence metrics."Water Resources Research52(3): 2178-2193. .
- 2016."Development of a novel, robust, sustainable and low cost self-powered water pump for use in free-flowing liquid streams."Renewable Energy91: 466-476. .
- 2016."Remote Determination of the Velocity Index and Mean Streamwise Velocity Profiles."Water Resources Research. .
Selected Awards and Honors
- James and Mary Tien, Excellence in Teaching Award(The College of Engineering)2013
- Award for Excellence in the Teaching, Advising, and Mentoring of Graduate and Professional Students(The Graduate and Professional Student Assembly)2012
- Chi Epsilon Professor of the Year(Cornell University Chapter of Chi Epsilon)2010
- John Simon Guggenheim Memorial Foundation Fellow(John Simon Guggenheim Memorial Foundation)2004
- Faculty Early Career Development (CAREER) Award(National Science Foundation)2001
- BS(Civil Engineering),Brown University,1987
- MS(Civil Engineering),Stanford University,1991
- Ph D(Civil Engineering),Stanford University,1997
Research Group Members
In the News
Edwin A. Cowen is leading a team of Cornell researchers and industry partners to help enable a next-generation residential energy market. Read more about Next-Generation Residential Energy Market
An Oct. 17 roundtable discussion will drill deep into the promise of geothermal energy at a time when Cornell is considering a groundbreaking project of its own at 4:30 in 155 Olin Hall. Read more about Roundtable to explore potential of geothermal energy