The project focuses on developing a simulator in which ships and waves interact. The new wave model is the Variational Boussinesq model (VBM). However, this new realistic model brings much more computation effort with it. The VBM mainly requires an unsteady state solver, that solves a coupled system of equations at each frame (20 fps) . The model is currently limited by the time-step constraints, which makes it difficult to simulate large and non-uniform domains in real-time. The focus of the current Master’s thesis is to develop a fast and robust solver with good stability properties.Numerical AnalysisApplied MathematicsElectrical Engineering, Mathematics and Computer Scienc
Numerical simulations are often used to predict the deformation of waves and their impact on structu...
This thesis presents an improvement to traditional methods in resolving the six degree of freedom ri...
This paper presents a methodology that allows the numerical simulation of realistic sea waves, calle...
Waves propagating from the deep ocean to the coast show large changes in wave height, wave length an...
The problem of real-time simulation of ocean surface waves, ship movement and the coupling in betwee...
Ship simulators are used for training purposes and therefore have to calculate realistic wave patter...
he accuracy of a wave model for simulating waves in deep and coastal areas is highly determined by t...
AbstractShip simulators are used for training purposes and therefore have to calculate realistic wav...
The current paper investigates different methods for time domain realization of irregular seastates....
This thesis starts with the study the theoretical aspects of water wave modelling using a variationa...
Abstract. A model of interfacial-wave propagation is solved numerically based on one-dimensional tim...
The research presented in this thesis is concentrated mostly around the properties of the Variationa...
A time domain mathematical model is presented for the prediction of heave and pitch motions in regul...
In this paper, a shock-capturing numerical model, based on the combined solution of Boussinesq and n...
Abstract: The numerical wave generating and wave breaking are introduced in simulation of wave trans...
Numerical simulations are often used to predict the deformation of waves and their impact on structu...
This thesis presents an improvement to traditional methods in resolving the six degree of freedom ri...
This paper presents a methodology that allows the numerical simulation of realistic sea waves, calle...
Waves propagating from the deep ocean to the coast show large changes in wave height, wave length an...
The problem of real-time simulation of ocean surface waves, ship movement and the coupling in betwee...
Ship simulators are used for training purposes and therefore have to calculate realistic wave patter...
he accuracy of a wave model for simulating waves in deep and coastal areas is highly determined by t...
AbstractShip simulators are used for training purposes and therefore have to calculate realistic wav...
The current paper investigates different methods for time domain realization of irregular seastates....
This thesis starts with the study the theoretical aspects of water wave modelling using a variationa...
Abstract. A model of interfacial-wave propagation is solved numerically based on one-dimensional tim...
The research presented in this thesis is concentrated mostly around the properties of the Variationa...
A time domain mathematical model is presented for the prediction of heave and pitch motions in regul...
In this paper, a shock-capturing numerical model, based on the combined solution of Boussinesq and n...
Abstract: The numerical wave generating and wave breaking are introduced in simulation of wave trans...
Numerical simulations are often used to predict the deformation of waves and their impact on structu...
This thesis presents an improvement to traditional methods in resolving the six degree of freedom ri...
This paper presents a methodology that allows the numerical simulation of realistic sea waves, calle...