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2015 Naughton Fellowship Awardees Announced

nwelding • Date: May 8, 2015

Twenty-one winners of the Naughton Fellowships were announced today by the Graduate School. The research fellowships were awarded to undergraduate, master’s, and Ph.D. students from Notre Dame and from Ireland. This year’s winners from Notre Dame represent three Notre Dame colleges and schools, including arts and letters, engineering, and science.

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Turner Honored at Undergraduate Scholars Conference

Four Notre Dame students — including Nicholas Turner in the Department of Aerospace and Mechanical Engineering — received an Undergraduate Library Research Award (ULRA) for their exemplary research skills during a special event at the 8th annual Undergraduate Scholars Conference on May 1. More than 80 undergraduate research and scholarship projects were showcased at the conference.

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Notre Dame Start-up Wins Awards at World's Richest Student Business Plan Competition

nwelding • Date: April 24, 2015

Photo courtesy of Enlightened Diagnostics

Enlightened Diagnostics, a start-up company run by students from the University of Notre Dame, won three prizes and $19,000 at the 2015 Rice Business Plan Competition, the largest and richest competition of its kind.

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Notre Dame Integrated Imaging Facility Announces Awards for Best Imaging Publications

nwelding • Date: April 23, 2015

If image is important in business, it is vital in research. The more accurate the image — whether medical, structural/safety, or for security purposes, the more information it can provide to those seeking solutions. The Notre Dame Integrated Imaging Facility is pleased to announce two awards for best imaging publications for the 2014 calendar year.

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New Paper Opens the Door to the Study of a New Class of Materials

New Paper Opens the Door to the Study of a New Class of Materials

A new paper by a team of researchers led by Karel Matous, College of Engineering Associate Professor of Computational Mechanics in the Department of Aerospace and Mechanical Engineering at the University of Notre Dame, describes how an accurate statistical description of heterogeneous particulate materials, which is used within statistical micromechanics theories, governs the overall thermo-mechanical properties.

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