Wave propagation & transformation
Parabolic Mild Slope
Numerical model simulating wave propagation in open coastal areas
Maris PMS simulates irregular wave propagation, refraction, diffraction, and wave energy dissipation due to depth-induced breaking and bottom friction. It can be implemented for coastal impact studies.
Hyperbolic Mild Slope
Numerical model simulating wave propagation
Maris HMS is an advanced model capable of simulating multidirectional irregular wave propagation, refraction, reflection, diffraction, depth-induced breaking and bottom friction. It can be implemented for wave disturbance studies in ports, harbours and coastal areas.
Coastal hydrodynamic fields
Numerical model simulating coastal hydrodynamic fields
Maris HYD simulates water circulation in coastal areas in response to a variety of forcing functions. It can be implemented to calculate spatial and temporal development of wind and wave generated currents. It can be implemented for coastal impact & water renewal studies.
Sediment transport & sea bed level change
Numerical model simulating bed evolution
Maris SDT model calculates sediment transport rates by taking into account current and wave action. It can be used to estimate rates of bed level changes, determining erosion and accretion areas. It can be implemented for coastal impact studies.
Bathymetry grid generator
Numerical tool for grid generation
BTG tool creates a grid representing bathymetry of the desired coastal area with the presence of coastal and harbour works.