  Additive manufacturing is a process that has facilitated the cost effective
production of complicated designs. Objects fabricated via additive
manufacturing technologies often suffer from dimensional accuracy issues and
other part specific problems such as thin part robustness, overhang geometries
that may collapse, support structures that cannot be removed, engraved and
embossed details that are indistinguishable. In this work we present an
approach to predict the dimensional accuracy per vertex and per part.
Furthermore, we provide a framework for estimating the probability that a model
is fabricated correctly via an additive manufacturing technology for a specific
application. This framework can be applied to several 3D printing technologies
and applications. In the context of this paper, a thorough experimental
evaluation is presented for binder jetting technology and applications.
