Happy Halloween!
Civil & Environmental Engineering & Earth Sciences at Notre Dame
Higher Education
Notre Dame, IN 1,102 followers
About us
Our faculty, students, and alumni are deepening our understanding of natural and man-made hazards, civil infrastructure, environment, water, energy, and earth and planet systems. The CEEES Department has four areas of concentration: -Environmental Engineering -Environmental Fluid Dynamics -Earth Sciences -Structural Engineering
- Website
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http://ceees.nd.edu/
External link for Civil & Environmental Engineering & Earth Sciences at Notre Dame
- Industry
- Higher Education
- Company size
- 51-200 employees
- Headquarters
- Notre Dame, IN
- Type
- Educational
- Founded
- 1873
- Specialties
- Civil Engineering, Environmental Engineering, Environmental Fluid Dynamics, Earth Sciences, and Engineering
Locations
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Primary
156 Fitzpatrick Hall
Notre Dame, IN 46556, US
Employees at Civil & Environmental Engineering & Earth Sciences at Notre Dame
Updates
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CALLING ALL ND CEEES ALUMNI! Please take a couple minutes to fill out this very important survey regarding our Program Educational Objectives to help us continue to improve our programs to best serve our students. Please take a couple minutes to fill out the survey at the link below. If you prefer, there is also a QR code linked to the survey. This will help us continue to improve our programs to best serve our students. https://lnkd.in/eiCugGR6
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The University of Notre Dame’s Poverty Initiative has announced a new round of multi-year investments that will support research projects led by Notre Dame faculty and help recruit prominent poverty scholars to Notre Dame. Kyle Bibby, a professor in the Department of Civil and Environmental Engineering and Earth Sciences, is leading a research effort that aims to understand how pervasive poverty interacts with water insecurity to exacerbate health disparities in Africa’s urban slums and to develop interventions to address these intertwined challenges. Bibby is joined by co-principal investigators Ellis Adjei Adams, an associate professor in the Keough School of Global Affairs; Elizabeth Wood, an associate professor of the practice in the Eck Institute for Global Health; Matthew Sisk, an associate professor of the practice in the Lucy Family Institute for Data & Society; and Santosh Kumar, an associate professor in the Keough School.
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Civil & Environmental Engineering & Earth Sciences at Notre Dame reposted this
I enjoyed my recent visit to LSU after many years to deliver Timoshenko Lecture entitled " Exploring the Influence of Turbulence, Noise, Damping and Correlation in Taming Dynamic Systems: A Harmonic Oscillator Perspective." GeorgeV and ChaoS were great hosts. This is the closest I can come to one of the pillars of mechanics whose books enlightened my education in mechanics.
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This past Friday, we hosted the third of three Career Options Days. We want to thank sincerely the following professionals and companies for presenting career opportunities to our students in person and then hanging around for lunch to meet with our students afterwards: - Suzanne Provanzana from Buro Happold - Dominique Madrid and Eric Herbert, P.E., S.E. from Westwood Professional Services - Daniela Lugo, PE from Simpson Gumpertz & Heger (SGH) - Audrey Bentz, P.E. from Ghafari Associates - Edward M. DePaola from Severud Associates - Jared Huss and Dan Delgado from Lawson-Fisher Associates P.C. - Robert F. Wachter III, EIT, CERPIT from WSP - Jim Walsh from SCS Engineers - Finnian Cavanaugh, EI from Lochmueller Group - Hodge Patel and Martin Rivas, P.E. from Abonmarche - Lillian Rodriguez from SmithGroup came to the lunch at the spur of the moment to also meet some of our alumni and students. Thanks to everyone who participated!
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Civil & Environmental Engineering & Earth Sciences at Notre Dame reposted this
Great repurposed space
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Awesome work, once again, by Hannah Spero and her team!
Third year of our Western Ireland #StormDriven #CoastalBoulder field campaign is in the books! 🌊 We conducted ground and UAV surveys, deployed instruments, and had the unique opportunity to ride out Storm Ashley—allowing us to capture post-storm boulder transport positions. It’s always a rewarding time in the field with such a fantastic team: Michael J. Starek, Jake Berryhill, Melissa Berke, James Herterich, and Andrew Kennedy. Looking forward to analyzing the data and seeing what insights emerge! What a wonderful ninth time to the Aran Islands! #Fieldwork #PhDResearch #StormsMoveBoulders
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Civil & Environmental Engineering & Earth Sciences at Notre Dame reposted this
#BarakaBouts Another year of boxing, another fundraising spree! Baraka Bouts boxers train and fundraise vigorously for St. Joesph's Hill Secondary School and Lakeview Secondary School in Uganda. All efforts culminating to a three-night tournament where we showcase our skills and have our biggest fundraiser of the season! This is my second year being a part of this wonderful organization, please rally with me to help make miracles happen! Any amount helps! All support, (even a repost) is welcome!
Baraka Bouts 2024
givecampus.com
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Civil & Environmental Engineering & Earth Sciences at Notre Dame reposted this
Good illustration
This video was presented at the Annual Meeting of the Japan Association for Wind Engineering, held at Kyoto University in 2005. It illustrates the vorticity magnitude around rectangular cylinders arranged in a parallel configuration. Each cylinder has an aspect ratio of B / D = 2, with the distance S between the centers of adjacent cylinders set at 3D. The spanwise width is set as 2D. The Reynolds number, based on D and the approaching flow velocity, is 30,000. Large-Eddy Simulation (LES) was conducted using approximately 0.39 million multi-block body-fitted coordinate (BFC) grid points. As shown in the left snapshot, the 2nd and 4th cylinders from the bottom have wider wake regions, while the 3rd cylinder has a narrower one. Their cross-wind forces exhibit two distinct spectral peaks. The 3rd cylinder shows a higher power at the higher spectral peak, while the 2nd and 4th cylinders show peaks at the lower spectral range. The drag forces also differ among the cylinders, with the 3rd cylinder experiencing the highest drag. When the gap is extended to 4D, a similar pattern in the power spectral distribution is observed among the cylinders. These rectangular cylinder arrangements are commonly found in balusters on balconies, pedestrian decks, and fins attached to building walls. Such claddings can sometimes generate aero-acoustic noise, so careful consideration of cylinder arrangement is necessary.
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Civil & Environmental Engineering & Earth Sciences at Notre Dame reposted this
Simple math, keep building in harm’s way, the destruction will be inevitable. We worry about the potential of higher severity or frequency of storms but never discuss the land management in these low lying areas that are ready to be inundated with few inches of rain even before the storm arrives. Open exposure adds to wind impact. Perfect storm brews with vulnerable structures, their exposure and location are no match for even a Category 1 hurricane.
Storms Be Damned, Florida Keeps Building in High-Risk Areas
wsj.com