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    Testing of Model-Driven Architecture Generated Code
         The software efficiently identifies inconsistencies between design models created by the MDA language, UML, and programs created from the design models using programming languages, like Java. It has been shown to detect previously unknown errors in a software package and to be more efficient than existing verifier software through removal of redundant branches during testing. 

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    The Eve Table Support
         The Eve Table Support is simple, beautiful, and inexpensive to manufacture. It has three legs that are identical to each other, allowing them to be easily mass produced. When assembled, the three legs form an infinite curve and provide a visually appealing and sturdy support for any table top. The Eve Table Support can be of any height or width to support a variety of table top sizes and shapes. 

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    Thermal Distortion Tester for Green Sand Molds
         Presently available Thermal Distortion Testers (TDT) cannot simulate conditions or measure several parameters important for quality assessment of sand composites. In contrast, this new Thermal Distortion Tester (TDT) utilizes composite specimens that can vary in thickness to simulate different mold thicknesses, applies either constant or variable (simulating changing filling loads) pressure on the sample, while accurately measuring four different sample parameters, in real time.  Because of its comprehensive capabilities, the TDT will improve sand composite control and accelerate development of formulations for high tolerance molds and cores.

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    Thermal Erosion Tester for Sand Molds and Cores
         Presently available abrasion test apparatuses for determining the friability of green sand composites do not test composite specimens under real casting conditions. The Thermal Erosion Tester (TET) tests the friability of sand composite specimens, while applying high heat and pressure to the sample, simulating actual conditions encountered by molds and cores during casting. The TET will improve sand system control and accelerate development of formulations for high tolerance molds and cores. 

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    Winged, Wind-Powered, Electricity Generator
         A wind-powered electricity generator has been developed that utilizes wings to efficiently capture the energy of low or high speed winds. The wings are positioned horizontally and oscillate around a central axis. This wind-powered generator provides numerous advantages in manufacturing, operation and efficiency in comparison to the wind, turbine generators presently favored for electrical generation.

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    Wireless, Helmet, Impact Monitoring System
         This technology utilizes conventional printing techniques to create impact sensors, analytical and transmission circuits. The thin, flexible sensor system lines the interior of a sports or military helmet to detect exact intensity and location of impacts.  This data is wirelessly transmitted to a phone or computer. Results can be instantaneously monitored for concussive impacts or the accumulation of smaller impacts to the same region of the skull.  This technology can also be used for monitoring impacts or pressure in many other applications.

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