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Projects John Ayers http:www'engr'uconn'edueceSeniorDesign

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Title: Projects John Ayers http:www'engr'uconn'edueceSeniorDesign


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ProjectsJohn Ayershttp//www.engr.uconn.edu/ec
e/SeniorDesign/

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Web-Based Interface for Modeling in Failure
Space
  • Qualtech Systems, Inc. is sponsoring a senior
    design project for design and implementation of
    an easy to use, intuitive web-based modeling
    interface to capture fault-test relationships.
    The interface would have to capture such
    information as failure modes (faults), tests,
    resources, pre and post setups, references,
    advisories, and the relationships between tests
    and failure modes (which faults does a test
    detect) .
  •  
  • Project requires very good knowledge of Java,
    Java servlet, and database access using JDBC.
    Good knowledge of Flash MX is desirable.

3
Elastomer Durability Tester
  • Rogers Corporation is one of the world's leading
    suppliers of elastomercomponents for document
    handling machines, such as copiers, faxmachines,
    mail and check sorting equipment, and ATMs.  Many
    different elastomers are used in these
    components, based on the particular requirements
    of each application.  In applications involving a
    high degree of compression or a high ambient
    temperatures, the durability of any elastomer is
    limited by breakdown due to internal heating from
    hysteresis.   As we develop new materials for
    use in new document handlingapplications, we
    need an apparatus with which to subject samples
    (1 inch diameter disks of thickness 1/8 - 1/2
    inch) to automatically controlled abuse, in a
    compact benchtop testing machine with good
    flexibility for loads and speeds, keeping the
    noise level and the equipment cost within
    acceptable levels.  Costly, general-purpose
    servohydraulic test machines have been used for
    this sort of test.  We have heard of
    servopneumatic actuators which might be
    applicable to this sort of machine.  We are not
    familiar with this technology we would ask that
    it be evaluated against other possible approaches
    so that we may learn about its strengths and  
    limitations through this project.   We propose
    this as a joint ME / EE project.  ME challenges
    will include understanding and controlling noise
    and vibration and understanding how the
    compressibility of air translates into
    limitations on the capability of servopneumatic
    machinery.  EE challenges will include devising
    instrumentation and control which characterizes a
    mechanical hysteresis behavior, and cooperating
    with MEs in understanding whether or not the
    disadvantages of a compressible fluid outweigh
    the advantages in cost and cleanliness of
    servopneumatics over conventional
    servohydraulics.
  •  

4
Elastomer Durability Tester
  • Rogers Corporation is one of the world's leading
    suppliers of elastomer   components for document
    handling machines, such as copiers, fax  
    machines, mail and check sorting equipment, and
    ATMs.  Many different   elastomers are used in
    these components, based on the particular  
    requirements of each application.  In
    applications involving a high   degree of
    compression or a high ambient temperatures, the
    durability of   any elastomer is limited by
    breakdown due to internal heating from  
    hysteresis.  

5
Elastomer Durability Tester (cont.)
  •    As we develop new materials for use in new
    document handling   applications, we need an
    apparatus with which to subject samples (1
    inch   diameter disks of thickness 1/8 - 1/2
    inch) to automatically controlled   abuse, in a
    compact benchtop testing machine with good
    flexibility for   loads and speeds, keeping the
    noise level and the equipment cost within  
    acceptable levels.  Costly, general-purpose
    servohydraulic test machines   have been used
    for this sort of test.  We have heard of
    servopneumatic   actuators which might be
    applicable to this sort of machine.  We are
    not   familiar with this technology we would
    ask that it be evaluated against   other
    possible approaches so that we may learn about
    its strengths and   limitations through this
    project.   We propose this as a joint ME / EE
    project.  ME challenges will include  
    understanding and controlling noise and vibration
    and understanding how   the compressibility of
    air translates into limitations on the
    capability   of servopneumatic machinery.  EE
    challenges will include devising  
    instrumentation and control which characterizes a
    mechanical hysteresis   behavior, and
    cooperating with MEs in understanding whether or
    not the   disadvantages of a compressible fluid
    outweigh the advantages in cost   and
    cleanliness of servopneumatics over conventional
    servohydraulics.
  •  

6
Photovoltaic Power Interface
  • Proton Energy Systems. This system would take
    energy from photovoltaics to run their smallest
    hydrogen generator, the HOGEN-GC.  Generated
    hydrogen would be stored for later use by a fuel
    cell.

7
Fire Fighting Robot
  • The goal is to design and build a fire-fighting
    robot to compete in the Trinity College
    competition in Spring 2005.
  • http//www.trincoll.edu/events/robot/

8
Impedance Matching Device
  • My proposal is to create a low cost consumer
    impedance matching device. This would involve
    creating a circuit device that would be able to
    detect the impedance of the line in on a
    electronic device either dynamicly or through a
    permanent set. Then the device would dynamicly
    read the impedance of the line connecting the
    device to the signal source. The device would
    then match the two impedances at a tolerance
    better than the impedance tolerances of the
    device, that is to say if a TV has a factory spec
    of 50 ohms or - 5 the device would be able to
    provide a better matching then could be achieved
    through the use of higher tolerance cable. The
    matching would be done ether through analog
    circuit design or a digital design depending on
    which system provided the lowest cost to benefit
    ratio. The final aspect the of the project is the
    final product must be a low enough cost to be a
    "nessicary" to home theater enthusiasts. The
    project would at least work with coaxial cable,
    with the possibility of expanding to the S-video
    type of cable.

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