MS graduate (supervisor: Lance Manuel)
PhD graduate (supervisor: Loukas Kallivokas)
PhD graduate (supervisor: Loukas Kallivokas)
PhD graduate (supervisor: Lance Manuel)
PhD graduate (supervisor: Loukas Kallivokas)
PhD graduate (supervisor: John Tassoulas)
PhD graduate (supervisor: Loukas Kallivokas)
My name is Ying-Chuan Chen. I graduated from National Taiwan University in Taipei, Taiwan with B.S. and M.S. degrees in Civil Engineering. I joined UT in the fall of 2013 and my research advisor is Dr. Manuel. My research topic is related to the reliability of high-mast illumination poles under wind-induced vibrations.
My name is Heedong Goh. I received B.S. and M.S. degrees in Civil engineering from Seoul National University. I joined MUSE in the fall of 2012 for a Ph.D. degree under the supervision of Professor Kallivokas. My research involves the design of structures for seismic isolation using ideas from metamaterials, cloaking and band gaps. I'm also working on time reversal concepts for energy focusing and the inverse medium problem for damage detection and/or erosion in dams.
MS graduate
PhD graduate (supervisor: Loukas Kallivokas)
My name is Jinsong Liu. I graduated from Shanghai Jiao Tong University with a B.S. degree in Naval Architecture and Ocean Engineering. I joined UT in the fall of 2013 and my research advisor is Dr. Lance Manuel. My current research topic is related to the modeling and simulation of a floating offshore wind turbine.
PhD graduate (supervisor: Lance Manuel)
PhD graduate (supervisor: Loukas Kallivokas)
PhD graduate (supervisor: Lance Manuel)
PhD graduate (supervisor: Loukas Kallivokas)
PhD graduate (supervisor: Loukas Kallivokas)
MS graduate (supervisor: Lance Manuel)
MS graduate
MS graduate
PhD graduate (supervisor: John Tassoulas)
PhD graduate (supervisor: Loukas Kallivokas)
PhD graduate (supervisor: Lance Manuel)
MS graduate (supervisors: Lance Manuel and John Tassoulas)
MS graduate (supervisor: Lance Manuel)
MS graduate (supervisor: Lance Manuel)
MS graduate (supervisor: Lance Manuel)
MS graduate (supervisor: Lance Manuel)
PhD graduate (supervisor: John Tassoulas)
I am a phd student working under the supervision of Prof. Lance Manuel. I obtained B.E from Kyung Hee University and M.S from KAIST in South Korea. My research has focused on the development of computational methods that address surrogate modeling, sensitivity analysis, and dimension reduction for efficient uncertainty quantification in structural dynamics problems. Visit my personal website: webpage
My name is Taemin Heo. I received B.S. and M.S. degrees in Civil Environmental Engineering from Seoul National University in South Korea. I joined UT CAEE MUSE in Fall 2018 for a Ph.D. degree under the supervision of Professor Lance Manuel. I am interested in stochastic processes. Currently, I am studying reliability, resilience and future risk increases of the spatiotemporal stochastic systems along with climate change.
I am Phong Nguyen. I got both Bachelor's and Master's degree in Civil Engineering from HCMC University of Technology, Vietnam. I joined UT at Austin in Fall 2015 for the PhD program in MUSE under the supervision of Dr. Lance Manuel. My current research focuses on Uncertainty Quantification in Stochastic Models for Extreme Loads. This work explores both dimension reduction and alternative surrogate model development for uncertainty propagation in high-dimensional stochastic models, targeting on predicting long-term extreme responses of offshore structures. Visit my website: webpage for more information.
My name is Chi-Hsiang Huang. I graduated from National Taiwan University in Taipei, Taiwan, M.S. degrees in Civil Engineering. I dedicated myself to sediment transport. I joined UT Ph.D. Program in the fall of 2019 and my research advisor is Dr. Manuel. My recent research topic is uncertainty quantification.
Welcome to MUSE!
Our group's broader expertise is in mechanics, uncertainty, and computational modeling. Our research focuses on select problems, often multi-disciplinary in nature, whose solution requires the synergy of applied mechanics, applied mathematics, uncertainty quantification, computational simulation, and/or physical experiments. Our work is driven by a need to understand physical processes and to provide engineering solutions to problems affecting quality of life. We take pride in our graduates and their accomplishments for, through research and teaching, they are indeed our finest product.