Investigations in the field of the Ship Powering Performance:
- Resistance and self-propulsion model tests
- Flow measurements and visualization
- Model tests of the ship propellers hydrodynamic characteristics
- Computer aided analysis and design of optimum propellers
- Powering performance prediction analysis and improvement
Investigations in the field of Ship Dynamics and Ocean Engineering:
- Designing of ships taking into account the real exploitation conditions
- Theoretical and experimental evaluations on ship and offshore dynamics
- Measuring of the mooring and drift forces
- Evaluations of the dynamics of arbitrary forms floating bodies
- Analyses of the stability of floating bodies
- Analyses of the dynamics of small boats
- Theoretical and experimental prediction of ship manoeuvring qualities
- Full scale trials and onboard control
- Simulations of the dynamics of marine objects for staff training
Investigations in the field of Aerodynamics of bodies, engineering structures and technical objects.
Model investigations of Fish-Breeding Facilities.
Analyses and assessments of the Water Transport effectiveness.
Experimental investigations in the field of the Coastal Engineering:
- Lay-out planning of Harbour & Coastal Engineering Structures
- Coastal Hydraulics, spreading and transformation of wind generated waves
- Sediment processes, beach and seabed dynamics
- Wave loads on Harbour & Coastal Engineering Structures
- Spreading of pollutants in the coastal waters
Analyses and assessments using specialized Marine Engineering Software:
- For geometrical data processing
- For decision of specific tasks in the field of the numerical hydrodynamics
- For decision of specific tasks in the field of the ships/floating objects dynamics
- For experimental data acquisition and processing
Models manufacture:
- Ship models, unconventional floating units models
- Models of propellers, ducts, rudders, fins, appendages
Experimental equipment development and manufacture.