During the lifecycle of many industrial products, different services are applied over the different parts or sub-assemblies of the product geometry, from design and validation tests to maintenance operations. After a services is run, a decision-making process usually starts from the analysis of the service results. This paper presents a tool for analysis and decision-making based on service results linked to the geometry of complex products organized in a hierarchy of sub-assemblies. The tool is based in the use of separate models for the product, the services and the analysis of results, and the generation of different views of the models including a virtual representation of the product with overlapped service result information. The virtual representation of the product consists in a render of a 3D scan of the product where techniques to handle visual occlusion between parts are appli3ed. An application case is presented for collaborative discussion of inspection results of a power plant steam turbine.

@InProceedings\{GCGMR15,
  author       = "Gonzalez, Daniel and Cuevas, Maria and Garre, Carlos and Molina, Luis and Reyes, Arcadio",
  title        = "A Tool for Collaborative Decision Making on Service Information Linked to 3D Geometry of Complex Hierarchical Products.",
  booktitle    = "Proceedings of EuroVR Conference",
  pages        = "1--6",
  year         = "2015",
  url          = "http://gmrv.es/Publications/2015/GCGMR15"
}