Tag Archives: Jenero Knowles

Poster: EWC Symposium 2023

JS Knowles, JC Dietrich. “Storm Surge Predictions at Hyperlocal Sites“. Environmental, Water Resources, and Coastal Engineering Research Symposium, North Carolina State University, 10 March 2023.

Storm Surge Predictions at Hyperlocal Sites

TA Cuevas López, BJ Tucker, JC Dietrich. “Toward Prediction of High-resolution Maps of Hurricane-driven Coastal Flooding using Deep Learning“. Environmental, Water Resources, and Coastal Engineering Research Symposium, North Carolina State University, 10 March 2023.

Toward Prediction of High-resolution Maps of Hurricane-driven Coastal Flooding using Deep Learning

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News: Preparing for a Changing Climate

2023/01/11 – UDaily, University of Delaware
UD civil engineers lead research to examine models for coastal readiness at U.S. military bases

University of Delaware civil engineers are leading a multi-institutional effort to identify the best models to calculate flood risk at coastal military installations where climate change threatens to increase the risk of flood damage from sea level rise and storm surge.

The four-year project, which launched in mid-2022 and will run through spring 2025, is funded by a $2.2 million grant from the U.S. Department of Defense (DoD). Project partners include faculty and students from the Netherlands, North Carolina State University, the University of South Alabama, Texas A&M and the United States Geological Survey (USGS).

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“The goal is to provide guidance to the DoD about the strengths and weaknesses of each model in comparison. They’re all going to have things they’re good with and things they struggle with,” Dietrich said. Those comparisons will help the agencies decide what types of models they want to use to get what types of information — depending on how much time, effort and funding they want to commit.

There’s also a goal of reducing cost and building smarter models, he said.

“If we are able to improve our predictions at very specific sites along the coast, we also can have better predictions at other specific sites along the coast, like someone’s house or a bridge or other infrastructure,” Dietrich said.

Conference: YCSECA 2022

Jenero wins Witherspoon Graduate Fellowship

Ph.D. student Jenero Knowles was awarded the Witherspoon Graduate Fellowship from NC State’s Graduate School. The competitive one-year award is given to rising second-year graduate students who support Black communities at NC State and beyond, and selections were made by representatives from the Black Alumni Society and Graduate School. The award is named in honor of Dr. Augustus M. Witherspoon, who was the second Black graduate student to receive a doctorate from NC State and the first Black professor at the university.

Read more about the award on our department web site.

Congratulations to Jenero!

Alireza and Carter are NCSU Graduates

The CCHT celebrated the graduations of Alireza Gharagozlou and Carter Howe!

Alireza is now a coastal engineer with Taylor Engineering, Inc., and Carter will start his MS studies at Oregon State University. We also celebrated the graduation of Vega Sproul, who was an intern at the Coastal Studies Institute and then an undergraduate researcher with Dr. Beth Sciaudone. We are extremely proud of them!

From left to right: Alireza Gharagozlou, Casey Dietrich, Carter Howe, and Vega Sproul celebrate graduation.

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Comparative Assessment of Total Water Levels for Coastal Military Facility Readiness and Resilience using Numerical Models

This project will compare numerical and empirical model predictions of coastal flooding at representative military facilities, with the goal of identifying the best practice for any facility. Unlike previous efforts, this project will consider a suite of open-source numerical models, which include all of the relevant physics that contribute to total water levels, such as sea level rise, tides, wind-induced surge, wave runup, and infragravity motions. Total water levels will be predicted for selected tropical cyclones and storm events with varying tracks and intensities, to represent the full range of possible forcings at each location. Locations include facilities on the U.S. Gulf and Atlantic coasts and in the Pacific Ocean to represent the full range of coastal geographies. Model performance will be compared with respect to inundation depths, timing and duration of flooding at each installation, as well as computational costs. This comparative assessment will inform the use of the most appropriate model in terms of resolved physics and computational effort for predictions of total water levels at any facility, thus enhancing military installation readiness and resilience, in direct support of DoD and ESTCP priorities.

JA Puleo, JC Dietrich, J Figlus, K Nederhoff, F Shi, SM Smallegan, CD Storlazzi, A van Dongeren. “Comparative assessment of total water levels for coastal military facility readiness and resilience using numerical models.” Department of Defense, Environmental Security Technology Certificate Program, 2022/04/13 to 2026/04/12, $2,177,000 (Dietrich: $346,000).

Fitts-Woolard Hall in Action

Our department’s communication specialist, Julie Dixon, visited Fitts-Woolard Hall to take photos of our new building in action. We were glad that a few photos included members of the CCHT in the Coastal Engineering Lab and teaching.

View into the Coastal Engineering Lab.

Jenero Knowles and Dylan Anderson discussing how to succeed in academic research.

Casey Dietrich teaching about the hydrostatic pressure distribution in CE 282.