We perform various types of analysis – define loads imposed on structural elements; evaluate fatigue and lifetime of components; optimize element mass; gain system parameters in real-world operating conditions; assess process effectiveness and ultimate impact of load parameters.
Sometimes dealing with modern design problems is possible only due to using a multidisciplinary approach presuming complex knowledge of various physics fields. This approach is applied for such engineering challenges as predicting electronic device thermal behavior, analyzing aircraft flatter in airflow and other problems based on cross-disciplinary phenomena. Solving multiphysics tasks requires having knowledge of three or four physics, therefore, skills of several specialists must be combined to find an optimal construction variant.
