What kind of analysis can you perform using the "Static Stress" simulation?

The "Static Stress" simulation in Fusion 360 is specifically designed to evaluate how a model reacts to applied loads and constraints under static conditions. This type of analysis focuses on determining the stress distribution, strain, and deformation of a part or assembly when subjected to constant loads, without considering the effects of time or dynamic effects.

In the context of structural analysis, static stress tests help engineers understand how a design will behave when subjected to various operational loads, ensuring that the components remain within safe limits and do not fail during use. Factors such as material properties, load distributions, and boundary conditions are critical inputs in this simulation process.

The other options provided are not suitable for the static stress analysis. For example, thermal responses are assessed through thermal analysis, while fluid dynamics require computational fluid dynamics simulations. Economic feasibility is evaluated through different methodologies not related to stress analysis but rather through cost-benefit analysis techniques. Therefore, the focus of a static stress simulation is distinctly on structural integrity under static loading conditions.