Engineering analyses: CFD and Kinematics

We provide advanced engineering analyses in the fields of fluid mechanics (CFD) and mechanical system kinematics, supporting the design of efficient, safe, and reliable technical solutions. The use of numerical simulations allows for precise replication of real operating conditions and evaluation of device behavior at the design stage.

CFD (Computational Fluid Dynamics) analyses enable the study of liquid and gas flows, velocity and pressure distributions, and thermal phenomena within designed components and systems. We use these analyses to optimize flow channels, liquid mixing processes (both Newtonian and non-Newtonian), housings, cooling and ventilation systems, as well as to assess heat transfer efficiency and the impact of the medium on structural elements. CFD simulations help improve system performance and reduce the risk of operational issues.

Kinematic analyses allow detailed evaluation of mechanism motion, the relationships between components, and their mutual interactions over time. We examine motion trajectories, velocities, accelerations, and operational ranges of mechanisms, which enables verification of system functionality, detection of collisions, and assessment of motion smoothness and synchronization. These analyses provide crucial support in the design of machines, equipment, and automation systems.

The results of CFD and kinematic analyses are delivered in clear, structured reports that support informed design decisions and further construction optimization. By combining engineering expertise with modern simulation tools, we create solutions that meet high functional and operational requirements.