This paper presents some of the results of the simulation in the radiation section of an industrial boiler using an advanced mathematical model. Calculations are described for the flow, heat transfer, and chemical reaction processes occurring within a gas-fired cylindrical furnace. The calculation procedure is a two dimensional one in which the main hydrodynamic variables are the velocity and s...

By improving numerical representations of coastal circulation, sediment properties, and waves, we seek to develop reliable estimates of sediment concentration, transport and deposition. Efforts to include sediment transport calculations within three-dimensional numerical hydrodynamic models can increase our ability to predict suspended sediment concentrations, water column turbidity, and seabed...

Evaluating the structural safety and seakeeping performance of very large floating structures (VLFS) using rigid module flexible connector (RMFC) method remains challenging due to complexity coupled hydrodynamic–structural responses in this system. In study, a frequency–time domain model is developed based on RMFC employing planar Euler–Bernoulli beam elements investigate dynamic multi-module s...

Salt-marsh plants play important roles in the hydrodynamics and sediment transport deposition processes coastal regions. The Delft3D model was applied to quantify influence of salt-marsh on hydrodynamic characteristics suspended a wetland, reveal contribution trapping local area. Specifically, spatial distributions were acquired from remote sensing images coupled with model. A comparison showed...

Production of farmed fish is increasing worldwide and in areas which have traditionally not had large scale farming, specifically regions high sea temperature. This research presents a methodology to assess the impacts these developments on water quality manage them context other discharges into marine environment. Kuwait Bay, Kuwait, used as case study for types environments, where finfish far...

By means of the physical process-based modeling approache to computing coastal and estuarine hydrodynamic and morphodynamic processes, an integrated model system was developed to simulate tides, waves, currents, winds, sediment transport, and morphological changes in coastal and estuarine regions. This paper presents an overview of this integrated morphological process modeling system consistin...

The fate and dispersal of oil in the ocean is dependent upon dynamics, as well transformations resulting from interaction with microbial community suspended particles. These processes are parameterized many models limiting their ability to accurately simulate for subsurface spill events. This paper presents a coupled ocean-oil-biology-sediment modeling system developed by Consortium Simulation ...

The environmental quality of Torre a Mare port (Italy) was assessed evaluating on one side, the chemical concentration of nine metals and metalloids within bottom sediments and on the other one, by exploring the impact of hydrodynamic conditions in contaminant's transport within the most polluted basins. The investigated port was selected as case study because it resulted much more polluted tha...