OCEN 681
Ocean Engineering Seminar
Spring 2015, Thursday 4:30 - 5:30, Room 419 Civil Engineering Laboratory Building
Date | Speaker | Affiliation | Title |
1/22 | Kuang-An Chang | TAMU | Welcome and Introduction |
1/29 | Byoungjoon Na | TAMU | Experimental Study on Plunging Breaking Waves in Deep Water |
2/5 | Wonhyun Lee | TAMU | Parameterization of Maximum Wave Heights in Coastal regions due to Hurricane |
Ying-Po Liao | TAMU | Numerical model investigation of wind wave generation for the Gulf region | |
2/12 | Inok Jun | TAMU | Modeling the fate of rising hydrocarbon bubbles released in deep ocean |
Han Sang Kim | TAMU | Numerical Analysis of Sediment Transport in Open Channel Flows | |
2/19 | Wei-Liang Chuang | TAMU | Experimental Modeling of Breaking Wave Impingement on a Tension-Leg Platform |
2/26 | Qian Liao | U of Wisconsin - Milwaukee | Near Surface Structures of Turbulence and Gas Transfer Across the Air-Water Interface under Non-breaking Waves |
3/5 | Chris Lai | TAMU | Fluid turbulence in multiphase buoyant plumes |
3/12 | Binbin Wang | TAMU | Deep-sea exploration of natural gas seeps in northern Gulf of Mexico |
3/19 | Spring Break - No seminar | ||
3/26 | Marc Perlin | University of Michigan | Passive and active Super-Hydrophobic surfaces for Drag Reduction |
4/2 | Nobuhito Mori | Kyoto University, Japan | Projection of climate change impact on coastal environment |
4/9 | Amitava Guha | TAMU | A Frequency Domain Tool for Estimation of Hydrodynamics Forces and Motion of Ships with Steady Forward Speed |
Abhilash Sharma | TAMU | Development of Ship/Platform Motion Simulation Tool | |
4/16 | Hakun Jang | TAMU | Coupled dynamics analysis for multi-unit floating offshore wind turbine in maximum operational and survival conditions |
HyoungChul Kim | TAMU | Couple dynamics analysis of a Mufowt with transient broken-blade incident | |
4/23 | Robert Randall | TAMU | 2014 Haynes Laboratory Projects |
4/30 | Billy Edge | North Carolina State University | Applications of Smooth Particle Hydrodynamics on GPUs for Marine Hydrokinetic Energy (MHK) Devices |