KD Suh, SW Kim, N Mori, H Mase - Journal of Waterway, Port …, 2012 - ascelibrary.org
This paper presents a method to incorporate the effect of climate change on the performance- based design of a caisson breakwater and its application to the East Breakwater of the Port …
SW Kim, S Cheon, KD Suh - Journal of Korean Society of Coastal …, 2012 - koreascience.kr
Although the existing performance-based design method for the vertical breakwater evaluates an average sliding distance during an arbitrary time, it does not calculate the …
SW Kim, KD Suh - Coastal Eng, 2012 - journals.tdl.org
A time-dependent performance-based analysis was conducted to analyze the influences of sea-level rise and waveheight increase due to climate change on caisson sliding of the …
S Nakajo, K Nakanishi, H Ota - Coastal Engineering Journal, 2017 - World Scientific
Predicting the long-term topographical change based on results of a time-slice experiment using a General Circulation Model (GCM) is difficult because actual change is a result of the …
SW Kim, SY Kim, KD Suh - Journal of Korean Society of Coastal …, 2012 - koreascience.kr
Performance analyses of vertical breakwaters were conducted for fictitiously designed breakwaters for various water depths to analyze the influence of climate change on the …
This paper describes a method to incorporate climate change effects such as sea-level rise and wave-height increase in the performance-based design of a caisson breakwater and its …
Performance analyses of vertical breakwaters were conducted for fictitiously designed breakwaters for various water depths to analyze the influence of climate change on the …
Although the existing performance-based design method for the vertical breakwater evaluates an average sliding distance during an arbitrary time, it does not calculate the …
SW Kim, KD Suh - COASTAL ENGINEERING, 2012 - researchgate.net
A time-dependent performance-based analysis was conducted to analyze the influences of sea-level rise and waveheight increase due to climate change on caisson sliding of the …