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7 Questions with Dr. Bear Jiang
No full textWe sat down with Dr. Bear Jiang, post-doc to tenure track fellow in the Department of Civil and Environmental Engineering and Engineering Mechanics, to learn more about his career and research
2025: Mary-Kate Sableski, Milestone Book Selection
No full textPromotion to the rank of Professor, Department of Teacher Educationhttps://ecommons.udayton.edu/svc_milestone/1185/thumbnail.jp
Soul Food: An Enduring Legacy
No full textMac and cheese, dirty rice and sweet potato pie. These recipes, among so many other classic soul foods, are a testament to the strength and ingenuity of African Americans
Congratulations, Library Graduates
No full textThe University Libraries held a ceremony on April 24 to celebrate student employees who will graduate in May or December 2025. Student employees are a vital part of the Libraries’ work and mission
3D-Printable Hydrogel with Rapid Ambient Self-Healing
No full textInspired by nature, soft robots composed of compliant (“soft”) materials are well-suited for uncertain, dynamic tasks requiring safe interaction between a robot and its environment. Soft robots with the ability mend minor damage (e.g. perforations, tears) have been enabled by the rapid development of self-healing soft materials. Recently, one of these hydrogel materials (internally dubbed “BeckOHflex”) – made entirely from commercially available precursors – was developed with several appealing characteristics including rapid ambient self-healing, 3D printability on commercial machines, and competitive mechanical properties. However, the self-healing performance of BeckOHflex falls short of competitors that leverage custom-synthesized precursors. This project aims to improve the self-healing performance of BeckOHflex with modest adjustments to its off-the-shelf precursors and chemical composition. The baseline mechanical and self-healing performance will be evaluated using uniaxial tension testing of virgin and healed specimens. These results are expected to further advance the field of self-healing soft materials and enable the realization of damage-resistant soft devices
Student Academic Policies Committee Minutes of the Academic Senate 2025-10-06
No full textApproved minutes of a meeting of the Student Academic Policies Committee of the Academic Senate of the University of Dayton
Faculty Advisory Committee Minutes of the Academic Senate 2025-12-01
No full textApproved minutes of a meeting of the Faculty Affairs Committee of the Academic Senate of the University of Dayton
Crazy Rich Asians
No full textCrazy Rich Asians is about Rachel and Nick, who are dating. Rachel isn\u27t the wealthiest person in the world; however, she quickly discovers that Nick is a part of one of the richest families in Asia. Nick\u27s family has a very hard time accepting Rachel, as she doesn\u27t come from money. This book has twists and turns that make it incredibly fun to read. Crazy Rich Asians tells the reader that it doesn\u27t matter how much you have, but rather how much you love others.https://ecommons.udayton.edu/ul_popularromance/1115/thumbnail.jp