Augmented-Reality Application for a Seru-type Manufacturing as Lean as Possible

Part 13: Virtual Reality and Simulation

Virtual Learning Factory on VR-Supported Factory Planning

Part 13: Virtual Reality and Simulation

Towards Automated Business Process Deduction through a Social and Collaborative Platform

Part 12: Collaboration Platforms

A Novel Framework for Virtual Organization Creation on Cloud

Part 12: Collaboration Platforms

Collaboration in Virtual Enterprises through the Smart Vortex Suite

Part 12: Collaboration Platforms

Methodology for Conceptualization of Customizable Virtual Workspaces

Part 12: Collaboration Platforms

Collaborative Systems in Crisis Management: A Proposal for a Conceptual Framework

Part 11: Reference and Conceptual Models

Designing a S2-Enterprise (Smart x Sensing) Reference Model

Part 11: Reference and Conceptual Models

Conceptual Reference Model for Virtual Factory: Potentials for Collaborative Business

Part 11: Reference and Conceptual Models

A Metamodel for Collaboration Formalization

Part 11: Reference and Conceptual Models

Additive Manufacturing: Current Status and Future Prospects

Part 10: Sustainability and Trust

Experimentation of Rational Trust Evolution and Sustainability in Dynamic VOs

Part 10: Sustainability and Trust

Organizational Sustainability and Value Creation in Collaborative Networks

Part 10: Sustainability and Trust

Numerical estimation of Carbonate properties using a digital rock physics workflow

Digital rock physics combines modern imaging with advanced numerical simulations to analyze the physical properties of rocks -- In this paper we suggest a special segmentation procedure which is applied to a carbonate rock from Switzerland -- Starting point is a CTscan of a specimen of Hauptmuschelkalk -- The first step applied to the raw image data is a nonlocal mean filter -- We then apply different thresholds to identify pores and solid phases -- Because we are aware of a nonneglectable amount of unresolved microporosity we also define intermediate phases -- Based on this segmentation determine porositydependent values for the pwave velocity and for the permeability -- The porosity measured in the laboratory is then used to compare our numerical data with experimental data -- We observe a good agreement -- Future work includes an analytic validation to the numerical results of the pwave velocity upper bound, employing different filters for the image segmentation and using data with higher resolution