In the previous studies on the prediction of wave height parameters, only the significant
wave height has been considered as the unknown parameter to be predicted. However, the …

The new artificial intelligence models proposed for the preliminary design of rubble mound
breakwaters consist of (1) multi layer feed forward artificial neural networks,(2) hybrid …

Planning and design of coastal protection works like floating pipe breakwater require
information about the performance characteristics of the structure in reducing the wave …

The ocean wave system in nature is very complicated and physical model studies on floating
breakwaters are expensive and time consuming. Till now, there has not been available a …

This study focuses on the further development of fuzzy neural network ('FNN') models for the
prediction of stability numbers for the design of rubble mound breakwaters. It introduces two …

Several types of offshore structures are in use for oil and gas exploration due to global
energy demand. Fixed types (jacket and gravity) offshore structures are economically viable …

Artificial Neural Network (ANN) is being applied to solve a wide variety of coastal/ocean
engineering problems. In practical terms ANNs are non-linear modeling tools and they can …

Breakwaters are constructed to address a variety of coastal requirements ranging from
maintaining tranquility conditions for a port or harbor area to prevent coastal recession …

The breakwater is designed to offer tranquility in the harbor to protect the offshore facilities
and also to prevent coastal erosion. The use of soft computing approaches in coastal …

Rüzgar etkenli dalgalar kıyı planlaması ve kıyı yapılarının tasarımında büyük rol oynadığı için
doğru tahmin edilme-lidir. Tatmin edici bir tahmin, gerçek değerleri yansıtan yüksek …