1,421 research outputs found
Noted Author and Scholar Visits
Full text linkThe new Cassandra Voss Center at St. Norbert is celebrating a canonical figure in gender studies in America with a full year of programming dedicated to her work.https://digitalcommons.snc.edu/snc_magazine_archives_2013-2018/1004/thumbnail.jp
Time‐continuous and time‐discontinuous space‐time finite elements for advection‐diffusion problems
No full textWe construct four variants of space-time finite element discretizations based on linear tensor-product and simplex-type finite elements. The resulting discretizations are continuous in space, and continuous or discontinuous in time. In a first test run, all four methods are applied to a linear scalar advection-diffusion model problem. Then, the convergence properties of the time-discontinuous space-time finite element discretizations are studied in numerical experiments. Advection velocity and diffusion coefficient are varied, such that the parabolic case of pure diffusion (heat equation), as well as, the hyperbolic case of pure advection (transport equation) are included in the study. For each model parameter set, the
error at the final time is computed for spatial and temporal element lengths ranging over several orders of magnitude to allow for an individual evaluation of the methods' spatial, temporal, and space-time accuracy. In the parabolic case, particular attention is paid to the influence of time-dependent boundary conditions. Key findings include a spatial accuracy of second order and a temporal accuracy between second and third order. The temporal accuracy tends toward third order depending on how advection-dominated the test case is, on the choice of the specific discretization method, and on the time-(in)dependence and treatment of the boundary conditions. Additionally, the potential of time-continuous simplex space-time finite elements for heat flux computations is demonstrated with a piston ring pack test case and a subtractive manufacturing test case.dtec.bw – Digitalization and Technology Research Center of the Bundeswehr. dtec.bw is funded by the European Union – NextGenerationEUUniversity of the Bundeswehr Munic
Time-Continuous and Time-Discontinuous Space-Time Finite Elements for Advection-Diffusion Problems
Full text linkWe construct four variants of space-time finite element discretizations based on linear tensor-product and simplex-type finite elements. The resulting discretizations are continuous in space, and continuous or discontinuous in time. In a first test run, all four methods are applied to a linear scalar advection-diffusion model problem. Then, the convergence properties of the time-discontinuous space-time finite element discretizations are studied in numerical experiments. Advection velocity and diffusion coefficient are varied, such that the parabolic case of pure diffusion (heat equation), as well as, the hyperbolic case of pure advection (transport equation) are included in the study. For each model parameter set, the L2 error at the final time is computed for spatial and temporal element lengths ranging over several orders of magnitude to allow for an individual evaluation of the methods\u27 spatial, temporal, and spacetime accuracy. In the parabolic case, particular attention is paid to the influence of time-dependent boundary conditions. Key findings include a spatial accuracy of second order and a temporal accuracy between second and third order. The temporal accuracy tends towards third order depending on how advection-dominated the test case is, on the choice of the specific discretization method, and on the time-(in)dependence and treatment of the boundary conditions. Additionally, the potential of time-continuous simplex space-time finite elements for heat flux computations is demonstrated with a piston ring pack test case.29 pages, 22 figure
Summer 2013: Community-Wide Conversation Focuses on Recruiting and Retaining Young Talent
Full text linkA significant discussion on regional progress – and ways to relay that progress to members of Generation Y, in particular – kicked off at St. Norbert on Oct. 15. Futurist, economist and author Rebecca Ryan talked about means by which communities like the Greater Green Bay area can enhance their ability to recruit and retain the next generation of talent.https://digitalcommons.snc.edu/snc_magazine_archives_2013-2018/1084/thumbnail.jp
In a Class by Himself
Full text linkThis year, for the first time, an alumni presenter will be among those taking part in Alumni College. C.J. Hribal ’79, author and Marquette University professor, will offer a lecture on the art of mystery in fiction. Hribal joins St. Norbert professors (some of them SNC alums, too!) on the faculty of the annual event that draws alums back to campus for a weekend opportunity to reconnect.https://digitalcommons.snc.edu/snc_magazine_archives_2013-2018/1002/thumbnail.jp
Norbert Waszek, "La escuela hegeliana"
No full textAuthor: Norbert Waszek. Translated by Pedro Sepúlveda Zambran
Norbert Waszek, "La escuela hegeliana"
Full text linkAuthor: Norbert Waszek. Translated by Pedro Sepúlveda Zambran
Spring 2015: Thought Leaders Weigh Issues of Violence and Reconciliation
Full text linkThe “Thought Leaders Weigh Issues of Violence and Reconciliation” article from St. Norbert College Magazine’s Spring 2015 issue recounts a powerful dialogue between author bell hooks and sociologist Beth Richie during hooks’ campus residency. Centered on the theme “Ending Violence: How We Change,” the conversation explored systemic violence, personal accountability, and the transformative potential of love and community. Richie, an advisor to the NFL on domestic violence, and hooks, a renowned social justice scholar, emphasized the need for honest dialogue, healing, and grassroots change—urging individuals to start small, act locally, and build inclusive spaces of understanding and care.https://digitalcommons.snc.edu/snc_magazine_archives_2013-2018/1244/thumbnail.jp
Evolution, Science and Faith: Grandeur in an Evolutionary View of Life
Full text linkIn this lecture, St. Norbert College welcomed Brown University\u27s Kenneth R. Miller to campus for the Spring 2025 Dr. Benjamin T. Chu Distinguished Lecture, “Evolution, Science and Faith: Grandeur in an Evolutionary View of Life .
Miller—renowned biologist, author and advocate for the dialogue between science and religion—shared powerful insights on evolution, human purpose and the intersection of reason and belief
Spring 2018: Advocate Speaks to the Heart
Full text linkAdriana Bink ’20 connected her internship with Brown County CASA and her honors studies by helping bring foster-care advocate and author Ashley Rhodes-Courter to St. Norbert College, where she highlighted the life-changing role of court-appointed special advocates.https://digitalcommons.snc.edu/snc_magazine_archives_2013-2018/1493/thumbnail.jp
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