Katherine Eimer on LinkedIn: I am so incredibly grateful for the opportunity to present my Penn State… (2024)

🌊🌊🌊Happy #FlumeFriday!Hydraulic jumps are a complex and fascinating phenomenon occurring in the transition from supercritical to subcritical flows. Dr Laura Montaño Luna has put together this video from her PhD research to assist students in visualising the difference in hydraulic jump properties with increasing #Froude and #Reynolds numbers. This week we are focussing on Froude numbers.Experimental observations with different flow conditions show increased aeration, free-surface instabilities, and water splashes with increasing Froude numbers. Stay tuned next week for Reynolds numbers!UNSW | UNSW Engineering | UNSW Civil and Environmental Engineering | #hydraulics

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Hydraulic jump is a phenomenon in the science of hydraulics which is frequently observed in open channel flow such as rivers and spillways that occurs in fast-moving when the flow becomes unstable. Watch amazing videos of this phenomenon in different conditions.#science #hydrualic_jump #hydraulics #open_channel #rivers

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Engineers Without Borders USA recently rolled out their "Environmental Justice and Climate Resiliency" initiative, and naturally, I have a ton of questions about it. Fortunately, they have granted several interviews with top officials, engineers, and program coordinators throughout the organization to answer my questions.So for July, we're having a series of episodes that I'm calling "EJ with EWB" where we dig into their initiative and their overall approach to environmental justice. (Special thanks to Jessica Janson for making all of the connections and setting up the interviews!)We just did a bonus episode, where I share my experience with the student chapter of Engineers Without Borders USA in the UofSC Civil and Environmental Engineering department. A link to the episode is in the comments.Enjoy! #engineering #environmentaljustice

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📢 Have you heard? The College of Engineering at NC State, STEPS' headquarters, is ranked 25th in the nation for graduate programs, and 12th among public universities! You could join STEPS through environmental engineering 💧(pictured here), which is ranked 17th in the US. Learn more: https://lnkd.in/guYGD4BZ Go Pack! 🐺

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I had the honor of sharing my expertise on sea level rise vulnerability assessments with this great group of next generation engineers. Thanks for having me Paul M. Dombrowski and I look forward to hearing how their reports came out!#remediation #environmentalconsulting #environmentalscience #engineering

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Check out this post by the University of Minnesota that highlights some of the research accomplishments of our own Dr. Wei Xue!

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From the moment she arrived at Purdue University, Angie Martin, PE knew she wanted to be an#engineer. ThePurdue University Environmental and Ecological EngineeringExternal Advisory Council (EAC) Member andLyles School of Civil Engineering at Purdue alumna is currently Senior Vice President at Heritage Environmental Services. https://bit.ly/eacmartin Martin's expertise includes #wastemanagement, #emergencyresponse, #regulatoryaffairs, #environmentalchallenges such as #sustainability, and #PFAS "forever" #chemicals. Read how#environmentalengineeringallowed Martin to combine her love of#stem with her love for the#outdoors!

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#EmployeeHighlight Meet our engineer, Wei-Cheng Wu! ⭐⬇️1. Where did you study, and what degrees/certifications have you obtained?I earned my Ph.D. in Civil and Construction Engineering from Oregon State University in 2015 and a Master's degree in Civil Engineering with a focus on Hydraulic Engineering from National Taiwan University in 2005. 2. Why did you choose this industry? What does this industry mean to you?I chose the field of #hydrodynamics due to a passion for understanding the complexities of water dynamics and its impact on the #environment. This industry is a dynamic space where I can apply my expertise to address challenges in #sediment transport, wave modeling, and environmental assessments.3. What goals/hopes/dreams do you have for this industry?My goal is to contribute to #advancements in hydrodynamics and related fields, ensuring #sustainable water management practices. I aspire to continue developing efficient modeling approaches, fostering collaboration in research, and promoting responsible environmental stewardship within the industry.#DSI #EEMS #TimeSeriesCalibration #ModelingExcellence #EFDC #WaterQualityModeling #CyanobacteriaResearch #EnvironmentalScience #ModelingTechniques #EEModelingSystem #WaterEcosystems #EnvironmentalEngineering #AquaticEcology #ScienceInnovation #WaterManagement #EnvironmentalModeling #FluidDynamics #EcologicalResearch #WaterResearch #NationalTaiwanUniversity #PHD #CivilEngineering #Hydraulicengineer #Waterdynamics

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🌊🌊🌊Happy #FlumeFriday! Hydraulic jumps part 2 – Reynolds numbers…Dr Laura Montaño Luna has been looking at hydraulic jumps – a complex and fascinating phenomenon occurring in the transition from supercritical to subcritical flows. These videos from her research have been put together to assist students in visualising the difference in hydraulic jump properties with increasing Froude and Reynolds numbers. Last week we looked at Froude numbers, this week we are focussing on Reynolds numbers. Stronger aeration was consistently observed in hydraulic jumps with larger Reynolds numbers, highlighting the effect of larger inflow turbulence levels on the flow aeration in hydraulic jumps.UNSW|UNSW Engineering|UNSW Civil and Environmental Engineering|#hydraulics

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20th International Conference on Cold Regions Engineering (ICCRE)University of Alaska Anchorage, May 13 - 16, 2024RegistrationNowOpen at https://iccre2024.com/The College of Engineering at UAA invites you toattend the20th International Conference on Cold Regions Engineering (ICCRE)to be held in Anchorage, Alaska, on May 13-16, 2024.This conference is being organized by ASCE's Cold Regions Engineering Division (CRED) and aims at connecting engineers, academics, and cold regions experts from various disciplines to share their knowledge and experience.The conference theme isSustainable and resilient engineering solutions for changing cold regions.Key conference topics will includeGeophysical Methods for Cold Regions,Frozen Ground & Permafrost,Structure & Foundation Failures in the Presence of Climate Change,Sustainable Building Design in Cold Regions,Pipeline Infrastructure,Coastal Erosion and Protectionand Nature-based Solutions in the Arctic, and more...

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