Are you interested in getting access to expert knowledge and modern research facilities for advanced research and innovation in the field of designing rotating systems and subsystems? Are you solving a problem you can’t handle, or you lack the necessary equipment? Or do you want to learn more about advanced methods of rotor systems design, their dynamics, and vibrodiagnostics?
We offer you to cooperate on scientific research projects with DynLab. We will deliver a complex solution for industrial orders with the possibility of connecting experimental and computational modelling in the field of rotor system dynamics.
We offer to create special computer software. We do not try to compete with universal commercial programs that address a specific problem only marginally. By creating a single-purpose program, we will achieve easier setting of input data, faster calculations, and more efficient reading of results.
DynLab also provides consultations, training, and lecturing in the mentioned areas.
We address measurement and computational modelling of special bearings of various types and dimensions according to specified parameters such as rotational speed, load, clearance and others. Calculations and measurements apply to hydrodynamic and aerodynamic bearings. We commonly consider these lubricants:
We perform measurements and calculations of the following types of bearings for the mentioned types of lubricants:
Measurement of static performance of bearings
Measurement of dynamic performance of bearings
Computational modelling of static performance of journal bearings lubricated by liquids and gases
Computational modelling of dynamic performance of journal bearings lubricated by liquids and gases
Design, analysis and optimization of rotors and their supports