The Laboratory for Continuum Elecromechanics (CE) provides the
theoretical basis, and component, circuit and system technologies required to
develop advanced electrical energy applications. LEES research areas include
electronic circuits, components and systems, power electronics and control,
micro and macro electromechanics, electromagnetics, continuum mechanics (the
interaction of fields with fluids and other deformable media), high voltage
engineering and dielectric physics, manufacturing and process control, and
energy economics. (2000 Annual Report)
Faculty and students collaborate in carrying out research projects aimed at both the practical
engineering objectives of the research sponsors and at the underlying
engineering sciences. LEES is designed to encourage interdisciplinary activities
with other institute departments and laboratories. A member of the laboratory
generally participates in one or more of the following areas:
- Power electronics
- Signal level control circuits and electronics
- Automotive electronics
- System identification and control
- Continuum electromechanics
- High voltage and insulation research
- Power systems modeling, control and economics
- International industrial relations
For example, the laboratory’s
extensive automotive electrical system research program brings together experts
in digital and analog circuit design, simulation, electromechanics,
micro-fabrication, power electronics, electrochemistry and economics. Continuum
electromechanics, which brings together electromagnetics, continuum mechanics
and other disciplines, is what is often of concern in the work with high voltage
and insulation research. Many members of the laboratory also participate in the
Leaders for Manufacturing Program, a joint activity between the Schools of
Engineering and Management.
Not only do projects often involve two or more research areas, but they are
also often carried out in collaboration with other MIT laboratories or centers.
For example, work in LEES on power electronic devices and micromechanics is done
in cooperation with the Microsystems Technology Laboratory, and researchers
working in the areas of control and system identification frequently collaborate
with the Laboratory for Information and Decision Systems. And LEES works with
the Sloan Automotive Laboratory in the Department of Mechanical Engineering on
research related to electronic control of engines and actuators.
Sponsorship of research in LEES comes from a variety of sources, both
national and international. Industrial sponsors account for the majority of
research funding, with the remaining coming from electric utilities, the US
Department of Energy and the National Science Foundation. Students working in
LEES develop a close relationship with sponsors, and in the case of industrial
sponsors, often collaborate in their research with engineers and scientists at
the sponsoring company. |
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