Summarization: Approximate equations for the elliptic mild slope equation are derived based on Padé approximation and used as absorbing boundaries. The new boundary equations can absorb the incident waves for high range of wave incidence angle. In addition, the new boundary equations can be used iteratively to refine the solution by eliminating reflections from the boundaries. An iterative conjugate gradient scheme has been used to solve the elliptic water wave equation and the new boundary equations. The model developed can accommodate for wave diffraction, refraction and reflections from structures with wide range of wave angles at the boundaries. The new model has been tested for several cases. The model compares very well with other mod...
Several numerical issues have to be considered when solving wave propagation problems, between which...
Wave-induced circulation in general coastal environments is simulated by coupling two widely-used fi...
The model by Grilli et al.,5,8 based on fully nonlinear potential flow equations, is used to study p...
Standard strategies for dealing with the Sommerfeld condition in elliptic mild-slope models require ...
This paper looks at an alternative approach for the treatment of open boundaries in linear wave fiel...
This paper looks at an alternative approach for the treatment of open boundaries in linear wave fiel...
This paper looks at the iterative techniques and the convergence criteria that are necessary to deal...
This paper looks at the iterative techniques and the convergence criteria that are necessary to deal...
The transformation during wave propagation is significantly important for the calculations of hydrau...
A numerical model is presented for the prediction of combined refraction-diffraction of waves propag...
The mild slope equation is used to describe wave propagating in the near shore region. In this paper...
Methods to incorporate the effect of ambient currents in the prediction of nearshore wave transforma...
This paper presents a new methodology to reproduce the interaction between waves and floating object...
Summarization: An improved parabolic water wave transformation model is developed based on generaliz...
The mild-slope equation is an effective approximation for treating the combined effects of refractio...
Several numerical issues have to be considered when solving wave propagation problems, between which...
Wave-induced circulation in general coastal environments is simulated by coupling two widely-used fi...
The model by Grilli et al.,5,8 based on fully nonlinear potential flow equations, is used to study p...
Standard strategies for dealing with the Sommerfeld condition in elliptic mild-slope models require ...
This paper looks at an alternative approach for the treatment of open boundaries in linear wave fiel...
This paper looks at an alternative approach for the treatment of open boundaries in linear wave fiel...
This paper looks at the iterative techniques and the convergence criteria that are necessary to deal...
This paper looks at the iterative techniques and the convergence criteria that are necessary to deal...
The transformation during wave propagation is significantly important for the calculations of hydrau...
A numerical model is presented for the prediction of combined refraction-diffraction of waves propag...
The mild slope equation is used to describe wave propagating in the near shore region. In this paper...
Methods to incorporate the effect of ambient currents in the prediction of nearshore wave transforma...
This paper presents a new methodology to reproduce the interaction between waves and floating object...
Summarization: An improved parabolic water wave transformation model is developed based on generaliz...
The mild-slope equation is an effective approximation for treating the combined effects of refractio...
Several numerical issues have to be considered when solving wave propagation problems, between which...
Wave-induced circulation in general coastal environments is simulated by coupling two widely-used fi...
The model by Grilli et al.,5,8 based on fully nonlinear potential flow equations, is used to study p...