Emerging in the past few decades, Industry 4.0 has wide effects over production lines with an increasing number of novel applications. These applications implement more than one tools 4.0. include but are not limited to internet things (IoT), big data, cloud computing, artificial intelligence, augmented reality, virtual machine communication (M2M), smart robot applications, etc. The aim these e...

1 This work was supported in part by the CEC under the grant GRD1-200140133 (AUTAS). I would like to thank the MQM group at the Technische Universität München, the partners in the AUTAS project and the reviewers for discussions and valuable hints. 2 Peter Struss, OCC’M Software and Technical University of Munich, email: [email protected], [email protected] Abstract. Tasks like diagnosis, failure-mo...

This paper provides a method based on information theory for risk analysis and evaluation. A basic method to construction site risk evaluation by Shannon entropy is used. Safety and technical risk of the building construction process has been calculated by Shannon’s entropy which provides information of the system, of various kinds under uncertainties. The method has been applied to a case stud...

This paper proposes a qualitative model to overcome the limitations of conventional failure mode and effects analysis (FMEA), which does not consider risk mitigation capabilities when prioritizing risks. Failure these can lead unrealistic estimates, especially level uncertainty is high. In proposed model, original applicability FMEA was retained along with three variables, namely, severity, occ...

This paper considers the application of functional modelling to the automated production of FMEAs for mechanical systems. We consider how a functional model can be generated algorithmically from the geometric and assembly data already present for a device in a CAD/CAM system. We present the functional model used for representing the mechanical system, and propose reasoning techniques that can b...

Introduction: Failure Mode and Effects Analysis (FMEA) is a structured way to find and understand the states of a system’s failure and to calculate the resulting effects. In this method, which has been criticized by many researchers, the risk priority number is obtained for each failure mode based on the multiplication of the three parameters of occurrence (O), severity (S) and detection (D). I...

A vállalati működés egyik meghatározó eleme egy megfelelő minőségmenedzsment rendszer létezése és működtetése. E rendszerek természetesen a vállalatok sajátosságaihoz igazodnak, azonban közös irányelveket tartalmazó követelményrendszerre támaszkodva kerülnek kialakításra. Jelen tanulmány fókuszában az autóipar, ott megfogalmazott követelményeknek való megfelelést segítő módszerek állnak, valami...

Svaki veliki sustav trebao bi prepoznati i znati upravljati svojim rizicima. Problem istraživanja uovom radu su kvarovi na kontejnerskim dizalicama, jer je za obalne dizalice u procesu prekrcaja nakontejnerskom terminalu izuzetno važno kritične kvarove pridati im pozornost prilikomredovnog odnosno preventivnog održavanja. Da se operativni proces odvijaobez zastoja uz osiguranje sigurnosti osobl...

The constant growing importance of onboard diagnosis for automobiles demands a corresponding integration of diagnostic tasks in the entire design process. This report decribes the basic concepts worked out within the European project „Integrated Design Process for onboard Diagnosis“ (IDD), which show new solutions for a better integration of diagnosis related tasks, such as diagnosabilty analys...