How does Solid Edge define 'mass properties' in a model?

Mass properties in Solid Edge refer specifically to the physical characteristics of a model that are essential for understanding its performance and behavior in real-world applications. This includes key metrics such as volume, mass, centroid, and inertia.

Volume provides an understanding of how much space the model occupies and is crucial for determining material costs and fit in assemblies. Mass directly relates to how heavy the object will be, which is vital for weight distribution and structural integrity analysis. The centroid, or center of mass, is important in determining how the part will balance and interact with other components under various forces. Inertia is a measure of how resistant the mass is to angular acceleration, relevant in dynamics and mechanical design applications.

These properties are fundamental in engineering design, affecting how parts are manufactured, assembled, and utilized in mechanical systems. Accurate calculations of these properties enable engineers to predict performance and ensure that designs meet necessary safety and functionality criteria.