Analysis and Modeling of Mechanical Systems
Description:
We perform modeling and analysis of mechanical objects to assess the reliability, strength and movement properties of products, devices or equipment structures. Both planar (2D) and spatial (3D) models can be used in the studies, allowing for an accurate reflection of the geometry and operating conditions. The analysis is performed using analytical, numerical and computer engineering methods, such as finite element analysis (FEA) or motion simulations. The results obtained are used to optimize structures, reduce weight, more efficiently use materials and predict mechanical behavior under various operating conditions. The services are applied to both scientific research and industrial design, ensuring the reliability, safety and efficiency of technologies.
We perform modeling and analysis of mechanical objects to assess the reliability, strength and movement properties of products, devices or equipment structures. Both planar (2D) and spatial (3D) models can be used in the studies, allowing for an accurate reflection of the geometry and operating conditions. The analysis is performed using analytical, numerical and computer engineering methods, such as finite element analysis (FEA) or motion simulations. The results obtained are used to optimize structures, reduce weight, more efficiently use materials and predict mechanical behavior under various operating conditions. The services are applied to both scientific research and industrial design, ensuring the reliability, safety and efficiency of technologies.
Keywords:
3D spausdinimas,medžiagų mechanika,skaitmeninis modeliavimas
Field of Science:
New production processes, materials and energy efficiency
New production processes, materials and energy efficiency